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Editing

Absolute

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Advice

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Studio

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and

Controls

Accessories

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for

U.K.

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INTRODUCTION

Your

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music.

system,

time

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engaged

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MIXER

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accessories

AQ-65

The

Auto

□i-a-Q

AQ-65

locator

control

capabiüties:

Into

memory,

repeat

time

8's

transport

SPECIFICATIONS

Locator

¡s

that

allows

from a distance.

ten

(between

points)

control.

Description

Function

1

ransport:

Transport:

Cue

programming

and

location:

Counters:

Others

Connecting

Cable:

Dimensions

(W X H X D)

Weight

^

I»I

■ I ►

a

programmable

computer-precision

It

features

digit

keys

for

writing

pre-roll

{19sec.

TAPE

max.},

TIME

and a duplication

Auto

locator

PLAY,

spooling

{Spooling

with

Ten-point

cue
digit

RTZ,

2-Tape

5

second

button

8

38

ELCO

432 X 88 X 125

(17" X 3-7/16" X 4-15/16")

5

STOP,

and

the

Studio

point

keys

Return-To-Zero

Time,

digit,

hour,
read-out,

m,

34-core

pin

(MALCO

8016

kg

(11

RECORD

does

(O — 9)

setting

Series)

Ibs),

multipoint

transport

among

cue

two-point

and

LOCATE

of

the

F.

FWD,

not

function

8.)

memory,

with

Lócate

minute

with

shielded,

354

mm

including

other

times

Studio

REW,

ten

Time

and

RESET

with

or

cable

RC-30P

The

nects

on

"hands

mode.

RC-71

This

Remote

RC-30P

to

the

front

free"

Remote

unit

functions

connector

E-3

Demagnetizer

Pedal

is a durable

the

PUNCH

panel

entry

Control

makes

remote

possible.

on

the

rear

IN/OUT

of

the

and

Unit

it

of

footswitch

Studio

exit

from

control

plugs

the

into a multipm

Studio

that

REMOTE

8.

This

permits

the

record

of

the

transport

8.

con-

jack

f

J'ddd

]d]

°

["

""^1a

ELT T T T mJ

1 . r

The

E-3

is

essentíal

magnetism

as

other

magnetization

tenance,

for

the

metal

and

job.

that

is

the

builds

parts

part

for

eüminating

up

along
of

regular

TEAC

on

the

the

E-3

the

heads,

tape

path.

recorder

is

the

right

residua

as

we

De-

main-

tool

E-2A

Bulk

Eraser

The

E-2A

allows

as

7"

and

10"

pletely.

circuit

TASCAM

Cable,

resistánce,

system.
and

the

ment.

the

Our

15

fllters

tance

the

noise

been

ty

flexible
resistant

let

possibility

when

not

It

comes

breaker

Cables

because

Is

There

performance

sound

best

cables

picofarads/foot)

cable

is

the

suddenly

quality

TASCAM

avaiíable.

feature

and

roll

is

aiso

is

or

degradad

used a while.

provided

as

foam

to

extreme

center

of

the

cable

you

reeis

with a pilot

to

protect

of

its

an

active

are

vast
that

you'll

Professíona!

very

so

off

high

consistent;

bent

or compressed.

results

Our

by a special

core

strands

shearing

is

crushed,

fail.

to

erase

cassettes,

of

tape,

quickly

light

agalnst

inherent

component

differences

have

get

low

they

frequencies.

it

cable's

overheating.

capacitance

in

in

cable

significant

from

your

Audio

capacitance

don't

act

The

doesn't

when

change

You

the

long-term

insulator

dielectrics,

coid

or

migrate.

the

but

heat,

and

It

aiso

center

so

that

as

well

and

com-

and

integral

and

an

audio

deslgn

effect

on

equip-

Cables

as

cable

that

avoidsthe

are

(under

low-pass

capaci

when

don't

get

has

stabili-

is

as

far

more

it

doesn't

conductor

cable

does

The

outer

and

is

elongate.

nickel-plated

than

jacks.

PVC

tightiy

The

most

to

The

cadmium-plated

insulating

fitted
connectors

brass

establish

includes a gentle

mating

ensure

ing,

2-radian

máximum

oval

strength

TASCAM
inches

for
TASCAM
spools.

If

TASCAM

in

cables.

performance.

TZ-261

jack

good

the

braid

soldered,

jacket

and

to

fast

channel

your

area,

It

really

Cleaning

TrRBSW—■

when

contact.

is

terminated

strength.

of

molded

make

cable
20

cable

is

feet,

is

professional

please

does

Kit

jacket

to

the

are

center

pins

good

resists

shieid

so

special,

are a bit

contact

steel

ridge'

the

not

The

the

avaiíable

or

or

aiso

make a difference

(Except

which

connector

For

máximum

inside

just

spot

plugs

plástic

in

function

try

to

ends

cables

easier

in

color-coded

avaiíable

to

find

U.S.)

burnishes

is

the

soldered,

are

ciad

further

lengths

identification.

in

are

not

the

abrasión,

it

wül

too.

Their

longer

in

all

RCA

outer

shell

twisted

RF

shield-

shell and

with

increase

to

handie.

from

sets

of

500

foot

avaiíable

next

in

best

system

not

the

to

for

an

6
8

Rather

wrapped
copper

exeludes

interference,

conductor: 4 puré

résistance

strands

crease

resistánce
creased

improves

than

braided

loosely

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that
shieid

electrostatic

etc.).

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copper

and 3 copper

for

strength.

flexibility

at

surface

transient

and

ultra

high

area

response.

braided

can

with

noise

aiso

shieid

open

up,

97 % coverage.

(buzz)

use a 7-strand

strands

weid

The

múltiple

strength

for

while

frequencies

the

"skin

or

spiral

we

use

bare

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and

RFI

(CB

center

for

mínimum

stainless

offering

effect."

steel

strands

in-

less

due

to

in-

This

feries

Head

Cleaner & RC

^^^MU.S.Only)

Series

Rubber

MX-80

Mixer

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pinch

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for

alcohol

rollers.

no

alcohol.

oxide,

enhances

in a tape

chemicals

can

residue

desposits

of

it

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film

capstans

integrity.

rollers

not

metal, a different

cleaning

can

cause

TEAC

and

other chemicals

the

rubber.

its

HC

and

^TRc.).

is

dissolve

together.

and

from

rubbing

contains

on

the

to

without

are

them.

RC

Its

special

This

ability

RC

recorder

important

the

binder

Isopropyl

is

not

always

modern

alcohol;

oil

heads.

clean

tape

leaving

made

drying

can

of

Even a mild

rubber

solvents

increases

to

pulí

be

cleaning

TEAÓjt

1

because

that

holds

alcohol

adequate

tape

formu-

while

and

water

TEAC

heads,

special

it

that

HC

head

tape

a

film

rubber

solvent

solvent

and

cracking

cleaner

in

RC

its

tape

purchased

con-

wipe

off

actually

resilency

without

with

kit

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is

or

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of

lu&B])

This

is

an

a

fuily

taining

of

Rack

I\/IH-40B

functional,

an

your

system

mountable

HeadphoneAmp

[■

TigCiiM

The

MH-40B

fier

that

can

cue

headphones

EIA

rack.

PE-40

The

equalizer
frequency

program.

GE-20B

The

equalizer

the

mountable

PB-64

Parametric

PE-40

Graphic

GE-20B

tonal

Patch

8-in,

2-out

ingenious

extra

*

providing

Rack

offering

(19"

mic

will

be

(19"

-7-

1 1

Ó

c

is a headphone

be

used

and

EQ

is a 4-channel,

characteristics

mountable

EQ

¡s a 2-channel,

an

balance

EIA).

Bay

ü*

mic/line

or

considerably

EIA).

*

oüo

to

feed

can

be

precise

easy

between

mixer

submixer

line

mix.

«

distribution

four

mounted

4-band

control

of

(19"

EIA).

10-band

means

channels.

useful

for

Versatility

enhanced.

«

0

0

sets

of

in a 19"

parametric

over

any

line

lí«l

of

control

as

ob-

ampli-

studio

the

level

graphic

iing

Rack

The

M-IB

vides

creating

nionitor

Line

you

Mixer

is

an

with

an

independent

mixes.

8-in,

an

Rack

2-out

easy

and

mix

mountable

line

mixer

practical

such

(19"

that

as

EIA)

way

cue

.

pro

of

or

When
baslc,

your

system

sorting

out

begins

where

to

expand

things

go

beyond

can

take

the

much

time

away

accessory

get

back

four

RCA

those

jacks

the

floor

your

inputs

can

reroute

quickly.

PB-32

The

PB-32

n^ost

from

wi

ll

allow

to

what

pins

to

where

and

and

your

Normalled

patch

effective

the

recording

you

you

really

on

a

panel.

you

back

to

outputs

signáis

Patch

way

Bays

bay

is

to

process.

to

speed

So

are.

recording.

to

with

today's

deal

things

want

to

do.

you

can

It

will

get

Connect

the

back,

sliort

simplest

with

the

This

up

and

Sixty-

bring

you

off

and

you

jumpers

and

ever-

all
all

increasing
recording

Instead

turning

equipment,

cable

next

to

You

can

and

wan't

might

endiess

behind

of

patching

find

more

The

PB-32

ferences

tangle

and

of

leaning

consoles,

you

ends

to

your

mixer,

label

have

be

plugging

hours

your

are

of

consolé

is

flexibility

comes

shown

of

wires

signa!

processing

over,

racks,

can

bring

one

single

and

inputs

and

to

guess

in. A few

searching

and,

made

simpler,

in

your

in

five

in

table

necessary

you

waiking

recorders

all

those

spot

in

your

get

them

under

outputs

anymore

around

as

recording

versions.

below.

on

at

cords

on

the

whole

you'll

for

the

want

to

do.

around,

and

or

other

confusing

rack,

or

control.

the

PB-32,

what

you

can

save

the

floor

process

probably

setup.

Their

dif-

Model

PB-32P

PB-32R

PB-32H

PB-32W

Type

of

1/4"

phone

(front

(front

1/4"

RCA

1/4"

(leftmost

front

RCA

(ríghtmost

front

RCA

and

rear)

jack

and

rear)

phone

jack

(rear)

phone

12

and

rear)

jack

20

and

rear)

jack

jack

jacks

jack

(front)

jacks,

jacks,

Upper

Lower

Upper

Lower

Upper

Lower

Le'^tmost

Rightmost

12

Upper

Lower

20

Upper

Internal

(FRONT)

jacks

(same

jacks

circuit

as

(same

as

connectíon

(REAR)

PB-32P)

PB-32R)

'

PB-32B

1/4"

stereo

(front

and

phone

rear)

jack

^^LTage

volt

pack^®

r

®P®cified

"'^'"9

cartón.

This

;Poclels

•"Qlia

CONVERSION

'S

adjusted

ort

voltage

soid

or

Europe.

in

to

opereta

the

uriit,

conversión

the

U.S.A.,

on

power

is

Cañada.

cord

tag,

or

UK.

NOTE

U.K.

CUSTOMERS

Due

to

U.K.,

this

request

match

will

be

your

the

used

FOR

the

unit

mains

as

U.K.

ONLY:

vareity

dealer

is

soId

power

per

of

without

to

these

CUSTOMERS

plugs

being

an

install

the

outlet

instructions.

used

AC

piug.

correct

where

in

Please

plug

your

the

to

unit

cha

t^Pae

-^atch

?

^Haimges.

¡llustration.

•

^aing

tequirements

\

export

the

voltage

7our

ALWAYS

CORD

lócate

a

regular

selector

raqui

area

BEFORE

the

voltage

(slot

so

numeráis

of

your

units,

DISCONECT

if

¡t

''

rements

use

the

"^'^^ctndio

of

theStudio

THE

MAKING

selector

POWER

THESE

j^w/pr

ind'icates

that

the

set

m

corresponding

area.

the

8

B

turn

wQitage

The

wires

in

accordance

BLUE:
BROWN:

As

the

this

coloured

your

The

nected

letter N or

coloured

terminal

coloured

This

radio

wlth

colours

apparatus

marking

plug,

proceed

wire

which

to

the

coloured

BROVVN

which

RED.

product

interferenceof

IMPORTANT

this

mains

lead

the

following

NEUTRAL

LIVE

of

the

may

identifying

as

follows,

is

coloured

terminal

BLACK.

must

is

marked

is

manufacturad

EEC

code:

wires

in

not

correspond

BLUE

which

is

The

be

connected

with

to

directiva

are

coloured

the

mains

with

the

termináis

must

marked

wire

the

letter L or

comply

"82/499/

in

lead

of

the

in

be

con-

with

thé

which

is

to

the

43

©.

-

SPECIFICATIONS

MECHANICAL

Tape

Track

Format

Reel

Size

Head

Configuration

Motors

Tape

SpeedS)

Pitch

Control

Fast

WInd

Dimensions

Weight

(net)

ELECTRICAL

MIXER

MiC

Input

Mic

Nominal

Mínimum

Máximum

LINE

_ Input

Nominal

Máximum

BUSS

(PGM/STEREO/AUX/

EFFECT)

Input

Nominal

Máximum

EFFECT

Input

Nominal

Máximum

ACCESS

Input

Nominal

Máximum

PGM/MONITOR

Output

Nominal

Minimum

Nominal

Máximum

STEREO

XLR

Output

Nominal

Minimum

Nominal

SECTION

input

impedance

impedance

Input

Impedance

Input

Impedance

Impedance

Impedance

CHARACTERISTICS

(max.)

Time

(WxHxD)

CHARACTERISTICS

Input

Level

Input

Level

Input

Level

Input

Level

Input

Level

Input

Level

Input

Level

RETURN

Input

Level

Input

Level

RCV

Input

Level

Input

Level

Output

Impedance

Load

Impedance

Load

Impedance

Output

Output

Impedance

Load

Output

Level

Output

Level

Impedance

Load

Impedance

Level

1/4

inch, 1 mil

8-track,

7"

1

produce

1

motor

2

7-1/2

deviation

±15%

Less

reel,

8-channel

Erase, 1 Record/Re

FG

servo

DC

capstan

DC

servo

reel

motors

ips

(19

cm/s)

than

100

seconds

1,800

feet

837 X 220 X 641

(32-15/16"

X

8-11/16"

25-4/16")

38

kg

(83.6

Ibs)

XLR,

ba

ianced

2.4 k ohms

Less

than

600

ohms

-60dBV

-70dBV

O

dBV

1/4"

unbalanced

50 k ohms

-10

+14

ROA

22 k ohm

-10

+14

1/4"
22 k ohms

OdBu

+16

1/4"
10 k ohms

-10

+14

RCA

100

10 k ohms

2 k ohms

-10

+14

XLR & RCA

100

10 k ohms

2 k ohms

+4

(1

(0.3

(0.3

phone,

dBV

(0.3

dBV

(5

dBV

(0.3

dBV

(5

phone

(0.775

dBu

(5

phone

dBV

(0.3

dBV

ohms

dBV

(0.3

dBV

ohms

dBm

(1.2

V)

s

(5

(5

mV)

mV)

V)

V)

V)

V)

V)

V)

V)

V)

V)

V)

V)

^

mm

I

±1

%

for

+24

dBm

(12

(0.3

(5

(0.3

(5

(10

(5

50

Hz

to 5 kHz

2.5

25

18

V)

dbx

V)

phone

V)

V)

V)

V)

V)

V)

mW,

Hz

kHz

dB

dB

V)

AS

I,

V)

V)

to 1 kHz

to

above

above

f

r

Máximum

RCA

Output

Nominal

Minimum

Nominal

Máximum

EFFECT/AUX

RCA

Output

Nominal

Minimum

7'

X

Nominal
Máximum

1/4"

Output

Nominal

Minimum

Nominal
Máximum

ACCESS

Output

Nominal
Minimum

Nominal

Máximum

HEADPHONES

Nominal

Máximum

Equalizer

Type

Frequencies

Output

Impedance

Load

Impedance

Load

Impadance

Output

Impedance

Load

Load

Output

Output

Impedance

Load

Load

Output

Output

SENO

Impedance

Load

Load

Output

Output

Load

Output

Level

Output

Output

Impedance

Impedance

Level

Impedance

Impedance

Level

Impedance

Impedance

Level

Output

Impedance

Level

Level

Level

Level

Level

Power

100

ohms

10

kohms

2 k ohms

-10

dBV

+14

dBV

RCA & 1/4"

100

ohms

10 k ohms

2 k ohms

-10

dBV

+14

dBV

100

ohms

10 k ohms

2 k ohms

OdBu

(0.775

+22

dBu

1/4"

phone

100

ohms

10 k ohms

2 k ohms

-10

dBV

(0.3

+14

dBV

1/4"

stereophone

8

ohms,

stereophone

100

mW-i-100

8

ohms

3-band,

sweepable

Low/Mid;

Mid;500

peak/dip,

Mid/High;

15

kHz

Boost/Cut

Input

Meter

RECORDER

Tape

Oüt

Output

Nominal

Minimum

Nominal

Máximum

Bias

Frequency

Equalization

Record

Noise

Power

Range

Overload

Peak

Level

Reduction

Consumption

Indicator

Indicator

SECTION

Impedance

Load

Impedance

Load

Impedance

Output

Output

Calibration

Level

Level

±15dB

Activates

nominal

Activates

nominal

RCA

100

ohms

10 k ohms

2 k ohms

-lOdBV

+14

100

3,180

(NAB)

250

(O

8-Channel,

dual

120

dBV

kHz

AS + 50

nWb/m

VU

reference)

process

W

(0.3

(5

at

at

-

44

-

ly.

>

Requirements

^pA/CANADA

E^JROPE

J:¡k/australia

general

^Vpic/^L

^*xer

^requency

^ine

Line

^'flnal-to-Noise

1

Mic

8

Mic

1

Une

8

Une

Total

1

Micto

1

Line

Crosstalk

RECORDER
Wow

equency

export

performance

section

Response

to

PGM

Out

to

STEREO

to

PGM

to

PGM

to

PGM

to

PGM

Harmonio

PGM

to

PGM

4)

and

Flutter

Out

Ratio

Out

Out

Out

Out

Distortion

Out"")

Out

section

5)

Responso

2)

(Record/Reproduce)

120 V AC,
220 V AC.

240 V AC,

60

50

50

HZ
Hz

Hz

100/120/220/240 V AC,

50/60

Hz

characteristics

20

Hz - 30

20

Hz - 30

IHF A WTD/UNWTD

(20 - 20

70

dB/68

60

dB/58dB

80dB/76dB

77

dB/73dB

0.03

0.03

-60

dB

0.05 % (NAB

±0.10 % peak

ANSI

30

Hz - 16

kHz!2

kHz!2,5

kHz)

dB

%

%

weighted)

weighted)

(DIN/lEC/

kHz,

±3dB

Signal-to-Noise

Total

Harmonio

Ratio3l.

Distortion^)»

6)

IHF A WTD/UNWTD

(20-20

95

dB/90

59

dB/56

6)

0.5

%, O VU.with

1 O %, O VU,

3^0

%!

with

Adjacent

ErasureS),

Test

(1)

(2)

(3)

(4) 1 kHz.

(5)

(6)

In

rms;
voltage
Changas

without

*dbx

•

Channel

Crosstalk^i»

6)

Conditions:

50dBabovenominal

inputlevel,1

LPF.

Nominal

Referenced

TEAC
TEAC

these

OdBu/OdBm

is a registered

Tape

UD-35.

input

level,

1

kHz,

to 3 %

THD

Test

Tape

YTT-2003.

Test

Tape

YTT-8013.

specifications,

leveis

are

in

Specifications

notice

or

OdBV

is

referenced

aiso

given

in

obligation.

trademark

recommended

for

6)

75dB, O VU,

55

dB, O VU,

dbx

70

dB

with

level.

is

parenthesis.

and

features

of

dbx

use

with

kHz)

dB

with

dbx

dB

without

dbx

dbx

without

dbx

15dBaboveO

dbx

with

dbx

without

at 1 kHz

on

kHz.wi

u I PF

30

kHz

Actual

to

0.77b

v

rnade

m

Incorpora

u

tne

IVIA^BLÍ-

VU,

Hz

'V.

EXTERNAL

DIMENSIONS

791

mm

833

mm

(32"

837

mm

(32"

□onDoao

amcD

OV

13/16)

15/16)

"

1/8)

I I I n I

tD

11

185

minl?"

S/lg]

163.5

«Tim

(6"

7/16)

□□

cKxi

-

45

-

PICTOGRAM

PGM

BUSS

IN

o

INPUT

Select

Q

Equaliier

uverload

Indícator

SENO

ACCESS

RCV

©

Input

Fader

BUSS

ASSIGN0

PGM

0

MASTER

(S>

PGM

OUT

lOdBV

LINE

STEREO

BUSS

EFFect

AUX

BUSS

IN

&

O

{(0

L

IN

EFFect I //

PRE/POST

Switch

0

EFFect

AUX

MASTER

MONITOR

Select

MASTER

MONITOR/

PHONES

Leve!

m)

OdBu

n -lOdBV

AUX

ffi) O

a

-lOdBV

lOdBV

j)

-lOdBV

dBu

OUT

f

©MON'™"

GAIN

©

0

STEREO

OUT

Head

phones

OdBm

r

CUE/PGM

Switch

"^SERT

Switch

6°^

MONITOR

Monitor

Logic

Control

STEREO/

monitor

LOGIC

GA

Monitor

Logic

Control

í)

-lOdBV

STEREO

MASTER

N

METER

Swtich

46

-

MONO

Swtich

UNBAL/BAL

Swtich

O

A

-lOdBV

STEREO

AUX

STEREO

EFFECT

PGM/TRK

Meter

©TAPE

í)

-lOdBV

dBtn

L

R

OUT

RECORO

FUNCTION

Swítchet

©

BLOCK

DIAGRAM

MIO

IN

UNE

JN

-lóoav

TAP_E_OyT_;

otfBv

NPUT

Leo

i®

SENO

ACCESS

BUSS

I.N

ióáov

prr

PGM

BUSSJN

-l¿4BV

;

RCV

PCM

MASTERS

|

assignI

!

OOD

rTTERTOBUSS

EFFECT

IN

EFFECT

RTÍTI

PAN

RTN

O08u

■ PGMJ^

Al¿X_OUT

EFFECT

j

OUT

MASTERJ

DdBv

,LMONO_,

INPUT

/ I

STEREO

BUSS

—,

fl

STEREO

MASTERJ

MONITOR

I

0

CAIN I —

5

D>

r

MONITOR/PHONES

STEREO

^BAL/UNBAL

0

?S—í2?

STEREO

MONITOR

-lOflBV

0

OÜT

OUT

trk

TRK

TRK

TRK

TRK

TRK

TRK

i

2

3

TRK

ROM

TRK

PCM

TRK

PCM

TRK

PCM

2

PHONES

3

4

S

METER

STEREO

/AUX

1

L

O

STEREO

TRK

PCM

a

4

6

/EFFECT

R

D

TRK

PCM

7

5

TRK

6

6

TRK

7

7

TRK

e

o

, db*5-0

J

TRK

PCM

B

rmD®

OFF

dbx

DEFEAT

TRK8

eiAs
BIAS

£1

INSERT

ose

AMP

hiGh

O»

rur

I

REC

functToñI

control

FROM

m»Om

lo-n

CONTROL

REC

other

signal

PCB

PLAY

MOOES

<D

-

47

-48

-

-

LEVEL

DIAGRAMS

mk:

in

_¡

~ ( -so

ffl

V )

LINEAN ; i

T-iodavi

TAP^qUT

l-iOdBv

j ' @

l-IOiJBV)

I OL

1

INPUT

OWER

LOSO

INO

+

15«BV

I

I INPUT

1

^ic

LINE

SENO

(^lOdBVI

MXE^

RCV
>

INPUT

FAOER IPAN

ASSI6N

I

PGM

MASTERS

000

BUSSIN.^

|

I

-lOdev)

EFF

(®

STCREÓjyáj;^

EFFECT

i-ionevi R @

RTN

i

OiSBu

)

J

EFFECT

RTN

I

4

MASTER

(-«CSVI

@ i-ioeavi

■"aux

OUT

EFFECT

OUT

l-IOdBVI

LCTERKLQUT

STEREO

PRE

H.

INPUT

PCB

(CH I)

I

MONITOR

L

I

MONITOR

PAN

6AIN

TRK

MASTER

I MON

BAL/UNBAL

I

IMONITOR / PHOES

STEREO^

—0-—r-[^

I

monitor

OUT

l-lOdSEI

I

PHONES

^(1

(lOOmW/eQMiXI

TRK

I

(dBV)

PEAK

METER

—¡>—ra

I db»

1-4

+10

-

LINE

IN

MIC

IN

TRIM

MIN

MIC

IN

60

dBV

MIC

IN

TRIM

MAX4

(dBV

SOa.

SOO-v»
SkHl

POST

2.5II-V,
l9tH>

SENO

ACCESS

RCV

l-iBdSV

FAOER

PGM

BUSS

IN

I

PGM

MASTERS

IkHl

)

PRE.

Peh-vBch

Zcn-v

BUSS

AUX/EFF

(-lOdBv

EFFECT

RTN

MONITOR

PAN

FJLLT

CW/CCW

MONITOR
SAIN

(MAX

IN

I

1 leúBv

1

EFFECT
6AIN

EFFECT

STEREO

BUSS

IN

RTN

PAN

FULLY

CW/CCVY

RTN

STEREO

MASTER

BdBVI

/

y—

r • lOdBv}

(-10

dBV>

1
1

i

1

1

1
1

1

1

i

1

I

MONITOR
/PHONES

ímax»

INOOdSV

(•lOdBV)

STEREO

/AUX

STEREOR

/EFFECT

STEREO

OUT

STEREO

OUT

AUX/EFFECT

L

OUT

(MAX

AUX

49

/EFF

OPERATIONAL

MASTER

AUX / EFF

-

-

50

-

OdBV = I
OdBu' O 775

OdBm" O 775

Vrms

LEVEL

Vrms
Vrms

-lOdBV

MAINTENANCE

INSTRUCTIONS

BEFORE

CUSTOMER,

RESISTANCE

THAT

INSULATED

All

resistores

othervvise.
ohms,

Capacitor

picofarads).

A

Parts

components.

with

Parts

O

dB

otherwise

PC

boards

Because

production

diagram

circuitry.

RETURNING

MAKE

MEASUREMENTS

EXPOSED

FROM

are

Resistor

M=

1,000,000

valúes

marked

They

indentical

List

is

referenced

of

components — refer

and

ensure

specified.

shown

the

improvements

modeis,

may

no

FOR

SERViCE

APPLIANCE

LEAKAGE-CURRENT

PARTS

THE

NOTES

1/4

valúes

ARE

SUPPLY

watts,

are

ohms).

are

in

microfarads,

wtih

this

sign

must

exact

to 1 V

viewed

always

replacement.

in

from

some

longer

confirm

PERSONNEL

TO

TO

DETERMINE

ACCEPTABLY

CIRCUIT.

5%,

unless

in

ohms

(K=

are

safety

be

to

theTEAC

this

manual

component

made

to

the

parts

of

the

to

the

THE

OR

marked

1,000-

_

UF(PF

-

critic^

replaced

unless

side.

recent

circuí

actúa

Effective:

"CAUTION

QUALIFIED

PERFORM

OPERATING

REFER

March,

1986:

Q50154

-

PERSONNEL

ANY

INSTRUCTIONS

ALL

SERVICING

THESE

SERVICING

SERVICE

ONLY.

OTMER

UNLilSS

TO

QUALIFIED

INSTRUCTI®ísl|

TO ft.V®ID

JHAN

YOU

SERVICE

ELECTRIL-

THAT

ARE

AR|

CUInim

QUAuri

PERSONIN

USE

qq

NOT

-pnE

gQ

TABLE

OF

CONTENTS

OF

THE

MAINTENANCE

SECTION

1

CHECKSAND

1-1.

ESSENTIAL

1-2.

REMOVAL

1-2-1.

1-2-2.

1-2-3.

1-3.

1-3-1.

1-3-2.

1-3-3.

1-3-4.
1-3-5.

1-3-6.
1-3-7.

1-3-8.
1-3-9.

1-3-10.

1-4.

1-4-1.

1-4-2.

1-4-3.

1-4-4.
1-4-5.

Top

Reel

Capstan

MECHANICAL

Capstan

Brake

BrakeTorque

Pinch

Reel

Head

Tape

Fast

Wowand
Tape

MIXER

MIC

LINE

STEREO

EFFECT

BUSS

BUSS

1-4-6.
1-4-7.
1-4-8.

PGM

LINE

LINE

ADJUSTMENTS

TEST

OF

Panel

of

Motor

Motor

Thrust

Mechanism

Rollar

Tabla

Height

Alignment

Tensión

Wind

Speed

Flutter

Speed

SECTION

IN—^ACCESS

IN—ACCESS

BUSS

RTN—STEREO

IN

AUX—^AUX

IN

EFF—EFFECT

BUSS

IN—PGM

IN-r^AUX

•-^EFFECT

1-4-9.

1-4-10.

1-4-11.S/N

1-5.

1-5-1.

1-5-2.
1-5-3.
1-5-4.
1-5-5.
1-5-6.
1-5-7.
1-5-8.

1-5-9.

1-5-10.

1-5-11.

1-5-12.

1-5-13.

1-6.

1

-6-1.

1-6-2.

1-6-3.
1-6-4.
1-6-5.

2.

MECHANICS-EXPLODED

2-1.
2-2.
2-3.
2-4.
2-5.

2-6.

Frequency

T.H.D.

Ratio

RECORDER/REPRODUCER

Reproduce

Reproduce

Blas

Tuning

Recording

Recording
OveraII

Overall

Overall

Erasing

Crosstalk

Sync

Location

Service

DBX

PCB

Location

DBX

Adjustment

VCA

Symmetry

Decoder

Encoder

EXPLODED
EXPLODED
EXPLODED
EXPLODED
EXPLODED

EXPLODED

Rasponee

Frequency

Blas

Level

Frequency

S/N

Distortion

Ratio

Between

Crosstalk

of

Chart

ADJUSTMENT

of

VIEW-1
VIEW-2
VIEW-3
VIEW-4
VIEW-5

VIEW-6

EQUIPMENT

THE

MAIN

the

Deck

Section

ADJUSTMENT

Adjustment

Pressure

Adjustment

Check

CHECK

AND

SEND.

SEND

IN-pSTEREÓ

'-^MONITOR

IN—PGM

OUT.

OUT

OUT

..

OUT

Level

Response. ....

and

Blas

Trap

Adjustment

Response

Ratio

Channeis

Electrical

the

DBX

Adjustment

PCB

Connection

Adjustment

VIEWS

REQUIRED

PARTS

ADJÜSTMEÑT

.

ÓUT

OUT

OUT

OUT

SECTION

Adjustment

Adjustment

OUT

. . .

Waveform

AND

PARTS

.

.

! !

1

'

.! .

!

'

^

'

^

ADJUSTMENT

LISTS

3

3
4
4
5
5

6
6
6
6

7

8

8
9

10
10
11
12
12

13

13
13

14

16

18

20
22
22

22

23
23
23
23

24

24

24

24

25
25
25

26

-28

-

29

-30

-

30

-

31

32

1

2

-

1

2

-

3

2

-

5

2

-

7

2

-

9

2

-

11

2

4

1 -

1

3.

PC

BOARD

3-1.
3-2.
3-3.

3-4.

3-5.

3-6.

3-7.-3-19.

3-20.

REO
DBX

PLAY

PCB

MONITOR

INPUT

BUSS

BUSS

PCB

PCB

1/0

MOTHER

3-21. M BUSS

3-22.

3-23.

3-24.

3-25.

3-26.
3-27.

3-38. - 3-29.

3-30.-3-31.
3-32.

3-33.
3-34.
3-35.
3-36.
3-37.
3-38.

3-39.

3-40.

3-41.

3-42.
3-43.
3-44.

3-45.
3-46.

3-47.3-48.
3-49.

4.

4-1.
4-2.

4-3.
4-4.
4-5.

4-6.

4-7.

4-8.

4-9.

4-10.

4-11.

4-12.
4-13.

4-14.

4-15.

4-16.

4-17.

MOTHER

OPERATION

PWR

REEL

METER

CAP

PHONE

MECHA

BAL

COUNTER

RE

DEFEAT

P.G.

BALANCE

SHUT

CONTROL

MONITOR

DBX

HEAD

BIAS

TR

PHONE

SCHEMATIC

REC

DBX

MONITOR
MIXER
BUSS A PCB

BUSS B PCB

MOTHER

M.

MOTHER

POWER

REEL

METER
CAP.

BALANCE

CONTROL

BIAS

HEAD

4-18.

4-19.
4-20.

MONITOR

DEFEAT
VR

SPLY

SERVO

PCB

MOTE

PCB

SW

PCB

PCB

FUSE

PLAY

PCB

BUSS

SERVO

PCB

AND

PARTS

AMP

ASSY

PCB

PCB

ASSY

ASSY

ASSY(B)

PCB

PCB

PCB

PCB

PCB

PCB

SERVO

AMP

PCB

SENSOR

LED

PCB

JACK

JOINT

ASSY

PCB

PCB

SW

ASSY

SW

OFF

PCB

PCB

PCB

SW

PCB

CONNECT

ASSY

ASSY

PCB

AMP

DIAGRAMS

AMP

PCB

INPUT

(1)

PCB,

(2)

SUPPLY

SERVO

AMP

AMP

PCB

ASSY

SW,

SW

PCB

PCB

LISTS

PCB

ASSY

ASSY

(A)

ASSY(I) - 1/0

ASSY

(1)

PCB

ASSY

ASSY

PCB

PCB

PCB

ASSY

PCB

PCB

PCB

ASSY

PCB

OPERATION

PCB

PCB

PCB

MECHA

PCB

(2)

ASSY

ASSY

ASSY

ASSY

ASSY

PCB

ASSY

ASSY

ASSY

ASSY ...

ASSY

ASSY

ASSY

ASSY

PCB

ASSY

ASSY

PCB

SECTION

PCB

DBX

SW,

ASSY

(L),

(R)

. .

. .

ASSY

. .

.

JOINT

PHONE

(L),

PCB,

ASSY

(13)

ACCESSORY

PCB

AMP,

1/0

PCB

^.V.McrTnR

CONNtu 1 un

3

-1

3

-1
3-2
3-3

3

-^

3 - o

i

'^

L

%

q

^

3

%

o.

3

.

3-

3-

3-

3­3­3-

3-

3­3-

3­3­3­3­3­3-

4

-

4

4

4
4

4
4

4-7

'

•

4-8
4-9

4

4
4­4­4

4-

4-

4-

4

4

4

10

-

11

-

12
13
14

-

15

16
17

18

­19

-

20

-

1 -2

1.

CHECKS

1-1.

ESSENTIAL

AND

TEST

ADJUSTMENTS

EQUIPMENT

REQUIRED

(/n

Wow & Flutter

Audío

Digital

Band-Pass-Filter

AF

Distortion

Oscilloscope

Attenuator

Function

Tools

Cleaning

Mead

Test

Osciliator

Frequency

Leve!

Demagnetizer

Tapes

Extensión

Meter

Meter

Meter

Generator

Fluid

Cards

Counter

Meguro

or

Hewlett
Range:OHz~ 1 MHz;

imp.: > 1

1

Ranga;

(example—HP

General

General

General

TEAC

Tape

Spring

Hex

Plástic

TEAC

TEAC

TEAC

Tape

Reproduce

Blank

For

For

For

Ass'y

For
Ass'y

Monitor

Denpa

Mincom

Packard,

kHz

narrow

-80

purpose

purpose

purpose

FG-1

tensión

scale: O ~ 8 Ibs

head

alignment

TZ-261

Spindie

E-3

Sokki

División,

Mí2,<

band

K.K.,

3M

Model

25

pF

pass

dB ~ +40

400GL)

(400

gauge:

0~

Alien

or

equivalent

TENTELO

or

2.2

wrenches.

tool

or

equivalent

Oil

TZ-255

Speed/Wow-Flutter

TEAC

YTT-2003

(for

Alignment

TEAC

Equalization

Reference

level

fluxivity.

Calibration

refers O VU

TEAC

TEAC

TEAC

TEAC

TEAC

YTT-1003

3180 + 50

fluxivity

is

2.6

dB

lower

level

as

Test

Tape

(Recording)

YTT-8013

Rec/Play

Bias

Input

P709

Input

P909

Amp

Part

number

PCB

Ass'y

Part

number

PCB

Ass'y

(P101)

Part

number

PCB

Ass'y

(P102),

PCB

Ass'y

Part

number

(for

under

250

PCB

and

Buss B PCB

P911

Modal

Co,

204C

sensitivity;

type

dB;

imp.: > 1

Hz, 1 kHz)

MK-668C

Modal

8155

or

equivalent

0.1

Mí2, < 25

Model

Tensión

(O ~ 4

Ibs

(O - 1

tape

Test

is

185

compared

nWb/m.

Ass'y

52001773-00

Power

52001774-00

P701 ~ P708

5200193700

P901 ~ P908

analyzer

kg)

kg)

or

equivalent

Test

Tape

speed

7-1/2

Tape

tape

speed

Msec.)

nWb/m;

with

"Reproduce

and

DBX

Supply

(P104)

(P105),

Ass'y

(P115)

5200193900

(JARAN),

(U.S.A)

Vrms;

pF

T-2-H20-1

(preferred)

ips)

7-1/2ips,

reference

250

NAB

output

nWb/m

Calibration"

PCB

Ass'y

PCB

Ass'y

and

Buss

Buss A PCB

P910

(P102)

n

B

and

1 -3

I

1-2.

REMOVAL

OF

THE

MAIN

PARTS

1-2-1.

1.

2.

3.

4.

Top

See

the

Remove
Remove

Remove

Panel

illustration

the
the

the

Escutcheon

of

control

left

pinch

the

Deck

and

remove

panel.

and

right

rollercap

L

Section

the

dust

cover.

escutcheons.

and

pinch

rollen

5.

Remove

6.

Remove

7.

Now

Pinch

Rollar

Pinch

Rollar

the

the

the

top

Dust

Cap

houslng

left

panel

Cover

base.

and

right

can

tensión

be

removed.

rol

le

rs.

Tensión

V

Control

Panal

Rollar

Housing

Tensión

Basa

Escutcheon

Bottom

Plaí®

R

1 -4

1-2-1.

Top

Panel

Renrioving

1-2-2.

Reel

Motor

1-2-3.

Capstan

Motor

1.After

píate,

in

ing

2.

Finally,

JOINT

removing

remove

Fig.

the

the

1-2-2,

reel

undo

PCB

and

motor.

the

with

the

top

reel

table

remove

wire

running

the

use

panel

thefour

of a soldering

and

assembly

to

as

screws

the

Reel

bottom

shown

MECHA

iron.

hold

Table

1.

Remove

Motor.

2.

Remove

Bracket.

3.

Remove

Motor.

4.

Unsolder

PCB.

the

Motor

the

four

the

four

the

wire

Pulley

screws @ from

screws

from

from

(b)

holding

the

MECHA

the

th®

Capstan

otor

the

Reel

JOINT

Reel

Motor

Capstan

Motor

Screw

Screw(b)

Motor

Set

Screw

Motor

Bracket

(i)

Pulley

Fig.

1-2-2.

Reel

Motor

Removing

1 5

Fig.

1-2-3.

Capstan

Motor

Removing

/

1-3.

MECHANICAL

ADJUSTMENT

l)

1-3-1.

I.There

between

píate.

within

screws

and

Capstan

must

Check

retighten

Thrust

be a clearance

the

this

on

the

Clearance

capstan

to

see

range.

fiywheel,

the

If

screws.

of

shaft

that

not,

adjust

0.1

to

and

the

clearance

loosen

the

0.3

mm

the

trust

¡s

the

two

clearance,

Fiywheel

1-3-2.

Note:

I.Screw

2.

1-3-3.

Note:

1.

2.

Brake

IVIechanísm

Be

su

re

prior

to

brdkss

(A)'for

frotn

lever

Screw

ocrew

justed

0.5

See

When

solenoid

distance

washer)

Mount

table

a

Smoothly

under

the

front)

(C)

is

parallel

(A)

for

so

that

mm

between

Fig.

1-3-2.

there

is

housing

between

is 3 mm.

Brake

string.

Torque

Before
measurements,

and

test

making a y

an

empty

attach

See

Fig-

pu"

and

that

the

power

making

the

tnere

any

the

left

must

to

be

brake

right

¡ a clearance

levar

(C)

«+

contact

the

. 7"

'

a

sprmg

1-3-3-

/

note

«t ( h

p

make

reel

scale

^^gy

le

torque

the

is

turned

adjustments

brake

(as

off

to

the

vlewed

adjusted

solenoid.

brake

^

s

.

must

(a)

position

be

(a)

.p.

the

of

P

®

and

solenoid

adjustments

onto

either

the

reel

from

valué

when

The

or

¡j

red

with

the

reel

the

proper

l

Thrust

Forward

Directiorí

Plata

Capstan

Screw

Shaft

Fig.

Spring

(A)

Adjust

Adjust

Alien

1-3-1

Hanger

(D)

two

screws

two

screws

wrench

Reverse

DIrection

wlth

wlth

0.1 - 0.3

(f) 3 mm

mm

Lever

(C)

(a)

0.5

Adjust

reading

torque

next

page.

mm

Brake

Solenoid

Solenoid

Position

Screw

on

the

sea

valúes

are

Lever

g

e

^

Hanger

on

Screw

the

(A)

Fig.

1-3-2

1 -6

3.

Follow

dition;

4.

If

change

hanger

steps 1 and 2 foreach

i.e.,

(A)

the

forward-direction

the

(reference

corresponding

after

the

forward-direction

properly

is

torque

feit

inner

alcohol,

anism

Section

sary,

adjusted,

not

correct,

is

stiii

pad

with a new

side

and

is

1-3-2,

replace

of

properly

through

hooking

position

(D)

brake

not

the

aiso

the

requiring

the

reverse-direction

or

correct,

brake

check

aligned

"Brake

entire

measuring

(D)

in

Fig.

1-3-3.

torque

in

is

of

Fig.

1-3-2)

not

the

adjustment.

torque

the

forward-direction

replace

one

after

band

with a cleaning

that

the

as

Mechanism".

reel

table.

has

the

cleaning

brake

explained

con-

correct,

spring

for

the

If,

been

torque

brake

the

mech-

in

If

neces-

1-3-4.

Note:

Pinch

Pinch

pinch

Roller

roller

roller

important

fully

measu

1.

Hold

band,

2.

Place

threading

3.

Attach a spring

shown

4.

Pulí

the

shaft

The

scale

{2.9

Ibsto

5.

If

you

be

indicated,

through

bottomed

remen

the

right

string,

the

deck

the

in

Fig.

pinch

until

the

should

3.74

get a reading

the

Pressure

pressure

spring

that

t.

tensión

etc.

in

the

tape.

scale

1-3-4.

roller

pinch

then

Ibs).

make

adjust

screws.

is

supplied

arm

and

the

solenoid

before

arm

taking

up

reproduce

to

the

pinch

away

roller

be

other

the

from

just

read

1.3

than

necessary

by

the

it

is

most

plunger

be

pressure

with a rubber

mode

stops

without

roller

the

rotating.

kg

to

what

adjustments

as

capstan

1.7

kg

should

Spring

Scale

Forward

(B)

Reverse

(D)

Left/Right

direction

(C)

direction

(Referencevalúes)

deviation

Fig.

1-3-3

(A)

Forcé

AO

1,000 — 1,500

(13.9 — 20.9

500 — 700

(6.9 — 9.7

500

g-cm

(6.95

oz-inch)

Radius

g-cm

oz-inch)

g-cm

oz-inch)

1.0 — 2.0

Pinch

mm

Roller

Adjust

—•

:

Fig.

B

1-3-4

0

screws

Torque

1.

2.

calculating

Torque
=

Conversión

g-cm X 0.0139 = oz-inch

Forcé

(in

cm

(in

or

or

formulas:

g-cm

or

Weight

inch)

of

g-cm

oz-inch)

(in g or

to

oz-inch:

oz) x Radius

1 ■

7

1-3-5.

Reel

motor

sively

Adjustment
reel

motor

Remove

the

table

reels.

tion

Be

is

Reel

height

has

been

against

set

screws

shaft

the

set

screws

should

With a tape

the

reel

sure

to

tighten

made.

Set

Screws

Table

adjustment

the

is

as

top

be

table

Height

replaced

reel

accomplished

and

shown

panel

(2)

adjusted

the

Adjustment

is

requlred

or

flanges.

moving

¡n

Fig.

of

the

in

the

reel

using

loaded

height

on

forsmooth

set

screws

if

by

the

1-3-5.

unit
motor

standard

the

only

If a reel

tape

rubs

exces-

loosening

reel

table

on

for

access

shaft.

NAB

machine,

tapetravel.

after

adjustment

Tape

should

wind

evenly

on

reel

the
the

to

Reel

7"

posi-

5.

Siightiy

hold

adjust

for

output

screws.

6.

Reproduce

scope

7.

Adjust

record/reproduce

máximum

A

picture

both

channeis

as

the

scope

out

of

meter

showing

for

both

ERASE

loosen

the

tangency

is

attained,

the

showing

will

shown

the

repro

dlsplay

phase

at

channels.

HEAD

the

mounting

using

output.

10-kHz

in

approximately

When

retighten

signal

phase

be

obtained

Fig.

1-3-7.

head

shows

10

kHz

screws

head

in

adjustment

the

both

on

the

relations

on

azimuth

less

than

with

the

máximum

REC/REPRO

which

place

the

screw

and

screw,

máximum

mounting

test

tape.

between

oscillo-

until

90

degree

AF

valué

HEAD

level

1-3-6.

There

justments

the

fixed).

Head

1.

2.

3.

Head

1.

2.

3.

4.

Head

Alignment

is

no

because

388

is a semi-fixed

Mounting

Refer

to

Fig. 1 -3-6.

Mount

screw

Mount

Connect
the
an
Connect

the

the

Connect

jack(s).

Load

1003/400

head

and

azimuth

Azimuth

the

deck

oscilloscope.

the

deck

to

oscilloscope.

an

the

Fig.

1-3-5

need

for

head

height

the

record/reproduce

type

{erase

(Record/Reproduce

to

head

mount

to

reproduce

Hz)

tangency

adjustment

Adjustmsent

TAPE

the

TAPE

the

horizontal

AF

level

to

reproduce.

base

adjustment

screws.

OUT

jack

vertical

OUT

alignment

input

jack

meter

input

to

Reel

and

head

Head)

using

mounting

for

TRK 2 of

termináis

for

TRK 7 of

termináis

the

TAPE

test

tape

Motor

tilt

ad-

head

of

fully-

screw.

of

of

OUT

{YTT-

(¥)

TANGENCY

©

AZIMUTH

FiXED

Trace

for

2

alone

If

the

each

Track

Unes

track

ADJ.

ADJ.

SCREW

are

alone,

tracksarenot

Adjust

If

down

^—

(Asman

30

with

the

the

playback

you

willseethiskindoT

m,salignn.ent

out

of

phase)

0

(Perlect

O' .inphitsel

SCREW

SCREWS

Fig.

1-3-6

Trace

for

Track

7

alone

not

the

same

it

indicates

putting

scope

head

out

controls.

is

not

=0

Note.

azimuth

pnas

the

Unequal

levels-

One

track

or

the

other

is

dommant.

length

that

same

the

ght

strai

picture:

(A

180

Somescüpes

d.aqonal

left

for

the

2

level.

up

and

bit)

one.

olh

of

pbase)

show

pomtmq

-n

to

1-3-7.

NOTES

I.Since

Tape

these

adjusted,

adjusted.

special

Tentelo

2.

For

reel

3.

Before

C-3),

actívate

a.

b.

c.

A. m PLAY

1.

Place a reel

on

right

2.

Let

both

diameter.

3.

During

A

4.

Adjust

(for

of

outer

as

5.

Adjust

and

so

(1.2

50 g ±5g

sión

meter

meter:

the

reels

tables,

ai!

perform

the

Thread

shut-off

Set

the

Leave

the

the

left

reel

the-

reels

play,

and

8.

R112

right

the

tensión

edge

shown

R103

R203

that

the

02

are

obtained.

Tensión

settings

In

general

If

it

ís

needed.

Model

mounted

use

the

the

foiiowing

next

relevant

the

tape

arms.

POWER

deck

MODE

loadíng

reel

table

table,

tape

then

run

have

nearly

measure

(for

tensión

rollers

of

the

in

Fig.

(for

(for

specified

~

1.6

oz)

(1.6

oz ~ 2.0

are

precisely

they

should

is

specifically

T2-H20-1

on

same

size

orT2-H15-UI\/1.

both

ones.

adjustments

¡nstructions

circuit.

to

lift

up

switch

as

in

left

arm)

innertia

1-3-8.

take-up

to

it

is

for 5 to

TEAC

and

an

YTT-8013

thread

fast

froward

the

same

tape

tensión

so

that

aligns

and

back

tensión

tensión

tape

tensión

for

back

oz)

ON.

empty

the

tape.

tensión

arm)

the

with

footage

for

factory

not

be

re-

required,

left

and

right

(A-1

~

in

order

both

10

minutes.

reel

mode

tape

at

and

topcenter

the

at

point

at

point

of

40 g ±5

tensión

take-up

to

tensión/

test

tape

on

the

until

windíng

points

R212

forward

roollers

B)

A)

and

ten

B.

IN

FAST

1.

Load

reel

table

table,

2.

Stop

fast

a

3.

C.

1.

forward

Adjust

~

3.2

2.8

oz

IN

REWIND

Load

right

reel

table,

2.

Stop

in

the

3.

Adjust

^

3.2

2.8

oz

Reel

Servo

REF.

R112

R206

R150

R212

R105

R103

R203

g

TEAC

and

then

the

left

R206

oz)

valué

TEAC

reel

table

then

the

right

rewind

R105

oz)

as

far

Ajustment

NO.

FORWARD

YTT-8013

an

empty

thread

valué

valué

the

reel

by

mode.

to

obtain a 80 g to

at

point A (Obtain a 80 g or

as

far

as

MODE

YTT-8013

and

an

thread

reel

by

mode.

to

obtain a 80 g to

at

point B (Obtain a 80 g or

as

possible).

FUNCTÍON

Tensión

F. F Tape
Fast

Winding

Tensión

Rewind

Play

Tape

Play

Tape

MODE

test

tape

reel

on

tape.

hand

and

possible).

test

empty

the

hand

Arm

Tensión

Arm

Tape

Tensión
Tensión

reel

tape.

and

Position

Speed
Position

Tensión

R2I2

RÍI2

R206

on

the

the

right

set

the

deck

90 g (2.8

tape

on

set

on

the

the

90 g 12.8

(Left)

(Right)

(Back
(Take-up)

Tensión)

TP3

TP2

left

reel

in

oz

the

left

deck

oz

C

Tentelo-

meter

PLAY,

REW

Tensión

Rolíer

Innertia

Roller

Fig.

Footage

1-3-8

Roller

Tente

meter

PLAY

Tensión

Roller

1 9

o

TPI

Fig.

1-3-9

J

1

1-3-8.

1*

2.

Fast

Connect

on

the

REEL

Thread

case,

both

During

R150

TEAC

use

left

fast

(see

displayed

rnsec.

satisfied

4-

Check

speed

rewind

(Fig.

at

that

is

modes.

Windíng

oscílloscope

of

and

on

any

obtained

Speed

between

SERVO

YTT-8013

7-¡nch

right

forward

Fig.

1-3-10).

almost

2.5msec.

reel

reeis

or

1-3-9)

the

oscílloscope

tape

windíng

equal

between

PCB

and

test

¡s

permitted

are

the

rewind

so

that

Adjustment

position.

valué

fast

TP1

test

point

ground.

tape.

In

this

provided

same

size.

mode,

adjust

wavelength

becomes

shouid

of

fast

windíng

forward

and

2.5

be

1-3-9.

1

2.

3.

4.

Valúes

Wow-And-Flutter

(Reproduce

Check

Method)

Connect a Wow-and-Flutter

shown

These

valué
switch

Playback

If

read,

"Weighted"

the

As

to

surement

the

shouid

differences

according

used.

in

Fig.

meters

or

the

NAB

selection

the

the

peak

set

the

readings

meter

is

properly

the

measured

the

location

is

taken,

beginning

be

checked.

to

shouid

be

1-3-11.

will

measure

rms

valué

depending

on

the

meter.

TEAC

or

YTT-2003

rms

weighted

Wow-and-Flutter

and

aiso

calibrated.

results

on

and

in

absolute

the

as

shown:

may

the

tape

at

least

near

the

There

brand

vary

at

two

end

may

valúes

of

the

to

the

deck

the

ANSI

on

test

tape.

valué

is

Meter

make

which

for

sure

with

respect

the

locations — at

of

the

tape

aiso

be

measured

meter

as

peak

the

to

be

the

that

mea-

—

slight

being

Fig.

1-3-10

DIN/IEC/ANSi

(peak

Weighted

±0.10%

UNIT

under

TEST

valué)

FREQUENCV

OUTPUT

Fig.

1-3-11

NAB

Weighted

0.05

COUNTER

WOW/FLUTTER

METER

o o

(rms

%

valué)

1 10

1-3-10.

1.Connect a digital

2.

3.

4.

5.

Tape

Speed

one

of

the

TAPE

Set

the

speed

Reproduce

YTT-2003

speed

of

Playing

end,

vary

the

total

the

Set

trimmer

untíl

the

3,000

the

check

any

specifications,

deviation

beginning
the

Speed

knob

the

(3,000

frequency

Hz.

tape

that

more

and

Knob

frequency

OUT

to

middie

Hz)

R815

counterindicatesa

at

both

the

than

of

more

end.

FIX.

on

the

so

to

counter

jacks.

of

the

TEAC

and

tape

that

EXT.

adjust

the

CAP

the

beginning

speed

limits

there

than

15

to

any

test

tape

the

FIX

SERVO

PCB

reading

and

the

does

not

prescribed

is

Hz

in

never

a

between

6.

Apply a + 5 V

the

ACCESSORY

kHz

rectangular

7.

Play

the

EXT

speed

PCB

for a reading

(H)

signal

connector

pulses

middie

trimmer

aCCESSOPY

of

of

CONNECTOR

Fig.

the

R807

3,000

1-3-12

to

to

KK

tape

on

Hz.

and

and

the

CAP

9.6

app

y

the

p^cRVO

frequewcy

^NTER

O

O O

„

J'.

Fig.

1-3-13

CAP

SERVO

R807

R815

PCB

(EXT)

(FIX)

1-4.

MIXER

SECTION

CHECK

AND

ADJUSTMEIMT

1-4-1.

1.Plug

SEND

2.

Set

the

knobs

3.

Apply a 1

MiC

4.

Adjust

reading

5.

Check

manner.

MIC

an

jack.

to

IN

the

INPUT

center

XLR

on

all

■■inTTil

IN—^ACCESS

AC

voltmeter

switch

position.

kHz,

-60

connector

MIO

TRIM

the

voltmeter.

remaining

SEND

into

the

to

MIC

dB

(1

mV)

on

the

back

for a -lOdBV

channeis

in

-FCM8V

LlÁKfSS

SEND

ACCESS

and

the

signa!

to

panel.

{0.3

the

same

RCV

EQ

the

V)

1-4-2.

1.

Apply a 1

LINE

2.

Measure
It

should

3.

Check

±1

dB

-10

4.

Confirm

to

rted.

MIC

IN'í

LINE

!N

that

(5 V to

dBV

lL.

IN—i-ACCESS

kHz,

-10

jack.
the

leve!

be

-10

dBV

the

OverLoad

6.3

V)

(0.3

V)

at

that

the

output

SEND

dBV

(0.3

V)

at

ACCESS

(0.3

V).

LED

above

ASSESSSEND.

nominal

signa!

SENO

■

signa!

SEND

lights

at

leve!

is

not

RCV

to

the

jack.

25

dis

I

dB

of

Fig.

1-4-1

Meter

(INPUT

Adjustment

PC0I I CH

8CH

_TAP_E_pyT^

-

lOflev

REF.

R101
R121
R141

R161

R261

R281

(NPJT

PCB) I CH

5

NO.

FUNCTION

TRK/PGM

TRK/PGM

TRK/PGM

TRK/PGM
TRK/PGM

TRK/PGM

TRK/PGM
TRK/PGM
STEREO
STEREO

1

2

3

4
5

6

7
8

L/AUX

R/EFFECT

8CH

1-4-3.

STEREO

1.

Plug

an

AC

L

(R)

jack.

2.

Apply a 1

STEREO

3.

Set

4.

Set

STEREO.

5.

Adjust

-10

OUT

6.

STEREO

the

BUSS

the

METER

the

the

dBV

RCA

shaded

BUSS

IN—p-e^STEREO

'-oMONITOR

voltmeter

kHz,

-10

IN

switch

MONITOR/PHONES

STEREO

(0.3

V)

jacks

(at

MASTER

area

between 7 and

into

dBV

(0.3

L(R)

jack.

to

L/R.

MASTER

reading

XLR

connectors:

fader

the

STEREO

V)

signal

switch

fader

at

the

should

then

8.

OUT

OUT

OUT

to

the

to

for

STEREO

+4

dB).

be

in

7.

Adjust

-1()

8.

Confirm

dícate O VU.

O

L

METER

1-4-4.

1.

a

Apply a 1kHz,

the

2.Turn

left

(0.3

3.

Turn

at

the

dBV

reading

that

VU,

adjust

channel

and

AMP

EFFECT

EFFECT

the

EFFECT

and

adjust

V)

reading

the

PAN

STEREO

MONITOR/PHONES

at

the

MONITOR

the

STEREO

If

the

VU

meters

the

calibrating

R281

PCB.

for R channel,

(Fig.

RTN—^STEREO

OdBu

RTN

1/4"

phone

RTN

the

GAIN

at

the

STEREO

fully

right

OUT

R.

VU

do

not

pots,

1-4-1,

(0.775

page

V)

jack.

PAN

knob

for a -10

OUT.

and

check

OUT

knob

knob

for

OUT

jack.

meters

in

indícate

R261

for

o"

1-12)

signal

fully

dBV

the

level

a

to

STEREO

EFfECT

STtBEO

BUSS

JN

1008V

RTN

j

Oo9y

rMÁSTER]

BVSS

f

L

R

rFFFECT

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.,

pan

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r

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L

.

LmonoJ

' ¡,

p.

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STEREO

J>yT_

L

GAIN

rSTEREOMASTER]

[

I

PE'K

INO

«SOBV

MONITOR/PHONES

BAL

O

UNBAl

BÁL¿UN|Arj

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1

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4>

rMÉTER

tíS=aoaB¡^

rrr ^ V

-O

PEAK

INO

oasv

STEREO

L

/AUX

STEREO

R

/EFFECT

1-4-5.

1.

Apply a 1

BUSS

2.

Set

the

3.

Set
(EFF).

4.

Adjust

BUSS

BUSS

the

IN

AUX

IN

EFF

kHz,

-10

ÍN

AUX

(EFF)

METER

switch

MONITOR/PHONES

the

MASTER

MIC

|N

"«0¿v

UNE

IN

AUX

EFFECT

dBV

jack.

to

AUX

OUT

OUT

(0.3

V)

signal

AUX/EFF.

switch

(EFF)

NPUT

(gf(gf0

to

to

knob

SENO

the

AUX

for

-K^

ACCESS

RCV

a

INPUT

FADER

PGM

BUSS

-10

dBV

(EFF

5.

OUT).

Confirm
indicates O VU

TOR

OUT.

IN

lóaav

ASSIGN

(0.3

that

the

V)

reading

AUX

and

at

(EFFECT)

check

the

L_BySSiN_

PGM

MASTERS

the

level

¡ AUX

'O'®'

EFF@^

AUX

VU

at

@=

OUT

meter

MONI

r»

I

EFFECT

RTNl

LfCyjWTj

-roaav

AUX

OUT

^

-lOÍBV

^EFFECT

0(t8u

OUT

TAPE

TRK

TRK

TRK

D.

.

MASTErI

^AK

INO

Lmon^

-^0

dBV

—p"

TRK

PCM

TRK

PGM

TRK

PGM

TRK

PGM

TRK

PGM

STEREO

OUT

L

BAL/UNBAL^

MONITOR/PHONES

t

2

3

5

6

METER

gT

I

L^ONITOR

pUTj

-lOflBV

=í@

R

PKONES

STEREO

L

/AUX

STEREO

R

nQWtTO**

L

SUSSL

{INRUT

PCB) I CH

'V/

OUT

oaev

5

BCH

mONITQW

BUSS

r
R

IsTEREO

WONITOR

I

GAIN

TRK

I

I

[7dbx_r4~]

I TRK

2

3

TRK

TRK

2

3

4

1 -

14

1 -

15

1-4-6.

1.

2.

3.

4.

PGM

Depress

Apply a 1

PGM

BUSS

Adjust

(0.3

V)

PGM

shaded

5.

Confirm

O

VU.

adjust

6.

Connect
channel

to

adjustment

jüsting:

R121:

R161:

R201:

R241:

7.

The

PEAK

18

dB

level

BUSS

the

the

PGM

reading

MASTER

area

that

If

the

calibrating

the

outputs

IN

REC

FUNCTION

kHz,

IN

-lOdBV

jack.

MASTER

at

the

fader

between 7 and

the

VU

pot

leve!

(PGM 2 to

in

(Fig.

1-4-1,

for

PGM

2,

for

PGM

4,

for

PGM

6,

for

PGM

8,

leve!

±1

dB

(2.2 V to

of

-lOdBV

—PGM

switches

{0.3

fader

PGM

OUT,

should

8.

PGM

meters

VU

R101

meter

not

for
to

8)

the

on

same

page

manner,

1-12)

R141:forPGM3

R181

R221

LED

(0.3

for
for

should

2.8

V)

V)

at

PGM
PGM

OUT

to

ON.

V)

signal

fora-lOdBV

then

be

¡n

the

meters

indícate

indícate O VU,

PGM

1.

the

remaining

and

proceed

by

5
7

light

above

PGM

nominal

BUSS

TRK

I

up

to

ad-

at

IN.

L-ÁCCESS

_]

SENO

RCV

>

INPUT
FADER

INPUT

PCB) I CH-v,

PGM

eCH

BUSS

, L

rOúBV

ppp

IN

0«BV

PGM

ASSiGN]

MASTERS

EVEN

steheo

EFFECT

cott

STEREOBUSSIN

EFFECT

RTN

@

EFFECT

RTN

OdBu

(2^

MONITOR

I

STEREO

LmonoJ

r—\

MASTER

1>

r

mónitor/phonEs

STEBEO

BAL/UNBAL

^OUT

-lOdBV

-lOÍBV

AUX

OUT

^ffFECT^

STEREO

OUT

r-r>

MONITOR

OUTj

TRK

TRK

TRK

TRK

TRK

TRK

TRK

PGM

2

PGM

POM

m'Gm

TRK

PGM

1 'S'GNAi

ON

PE<

MH^PMOfífS

Tgoi

3

»eAK

1N0

OdBV

STEREO

L

/AUX

STEREO

R

/EFFECT

e

PftB

a>

2

3

4

5

L_

db;>

5*8

6

7

8

I INSERT

FUNCTION

db*

OEFEAT

-J

TRK0

O

ON

OfF

BiS

S

ose

AMP

REC

1 -

16

1

17

1-4-7.

LINE

IN—•►PGM

OUT

1.With a 1kHz,

nected

switch

2.

Set

CCW).

3.

Depress

4.

Adjust

reading

jacks.

5.

Input

between 7 and

to

the

the

Fader

to

the

LINE.

¡nput

the

ASSIGN 1 and L switches

Input

at

PGM

should

MIC

¿N

éóisv

LINEJNj

lOdSV

-lOdBV

LINE

PAN

8.

IN

to

position

Fader
OUT 1 and

then

TRlffl

(0.3

V)

jack,

set

for a -10

STEREO

be

in

the

I OL

INPUT

signal

the

INPUT

L/ODD

to

dBV

(0.3

shaded

I

con-

(fully

on.

V)

OUT

area

-lOd^

wSíss

SENO

HCV

INPUT

FADER

PGM

BUSS

6.

Confirm

7.

The

be

PAN

EVEN

8.

Set

Output

should

IN

odsv

that

remaining

checked

knob

turned

PGM

the

PAN

level

be

-12.5

ASSIGN

the

VU

meters

indícate O VU.

channeis 2 to 8 should

in

the

same

manner,

fully

CW

for

assignment

busses.

knob

to

the

center

at

each

dB

ASSIGNed

±1

dB.

I

PGM

PGM

MASTERS

aiso

with

the

to

position.

busses

jraEOBU^JN

EFFECT

RTN

I

MASTER

L

@

J

-10^

R

EFFECT

RTN

MBu

L

PGM-Pyl.

-lOíBV

@ -lOíav

-

ÁUX-OUT

EFFECT

OUT

I

TRK

TRK

TRK

TRK

TAPE

STEREO

OUT

f

rNPUT

OUT

0(jBv

5

I

TRK

TRK

TRK

2

3

4

2

€>

3

I

4

PCB) I CH

eCH

ISTEREO

MASTER

L

0AL/UNBAL_j

PEAriND

*6

<BV

PGM

I

TRK

PGM

2

TRK

PGM

3

TRK

PGM

4

TRK

PGM

5

TRK

PGM

6

MONITOR/PHONES

MONjTOR

-lOtfBv

[PHQNES

OOnM/Gfl

STEREO

STEREO

/EFFECT

OUT

L

R

TRK

TRK

5

dbxS-a

6

1 18

TRK

PGM

7

1 -

19

1-4-8.

1.

Apply a 1

LINE

2.

Set

the

switch

3.

Adjust

(0.3

jacks.

LINE

IN

INPUT

to

the

V)

at

IN

kHz,

jack.

PRE.

AUX

the

AUX

EFFECT

-10

dBV

switch

and

AUX

OUT

OUT

OUT

(0.3

V)

to

LINE

EFF

knobsfor a -lOdBV

and

and

EFFECT

signal

to

the

AUX

OUT

the

PGM

BUSSiN

-lOdBV

^

BUSS

L

-®MSSÍN_

IN

"!

j

-rooBV

ppp

@

JTCREO^iSJN

lOdSv

J

R

EFFECT

HTN

PGM

OUT

MJC m j

LINE

TAPE

TRK

-60<lév

I

OUT

-

Od0v

I

;__flCCESs__j

SENO

RCV

PGM

ASSIGN

rTRIM

5

NPUT

I

(INPUT

INPUT

FADER

PC0) I CH

'V

8CH

MASTERS

EVEN

^FECT

STCREO

RTNJ

MASTER

SU5S

OUBu

@ -lOÍBV

''

AUX

OUT

-IOMV

rEFFECT

OUT

STEREO

^

MONITOR

-'OdBv

OUT

pUT

/

LMOMJ

[v.

/ 1

H

[STEREO

MASTE^

MONITOR

GAIN

TRK

RGM

2

L>

LMONITOR/PHONES

STEREO

^

BAL/UNBAL

.

TRK

TRK

TRK

TRK

PGM

3

TRK

2

2

TRK

3

3

TRK

4

4

PGM

PGM

TRK

PGM

TRK

TRK

4

5

6

LMETER

R

n

1

PHONES

I STEREO

J /EFFECT

R

O

TRK

5

<íb«5-8

1 \ " TBK

L

í POM

TRK

6

1 -

20

8

1 21

1-4-9.

Set

in

to

100

Frequency

the

previous

the

input

kHz)

Response

¡nput

and

paragraphs

jack

íevel

meter

output

and a wide

to

leveis

and

connect

the

output

ranga

to

nominal

an

osciliator

(more

jack.

as

than

1-4-11.

S/N

outupt

described

nected

S/N

ratio

should

lavéis

to

Ratio

be

measured

set

to

nominal

and a 150-ohm

the

MIC

IN

connector.

with

as

dummy

the

input

previously

load

and

con-

fe

Frequency

MIC

IN—PGM

Other

1-4-10.

T.H.D.

put

leváis

response

Inputs

T.H.D.

is

aiso

set

—Other

to

Connect a low

jack,

meter

output

Specs

1

1

and a 30-kHz

to

the

to 1 kHz

are

as

follows:

MIC

IN

line

in

rangas

OUT

measured

nominal

distortion

20

Hz-30

Outputs

20

Hz-30kHz

with

as

osciliator

L.P.F.

output

and

PGM
PGM

jack.

read

the

OUT
OUT

are

as

follows:

kHz

^2

_+^5dB

the

input

and

out

previously

and a distortion

Set

distortion

0.03 % or

0.03 % or

described.

to

the

input

the

osciliator

meter.

less

less

Specs

are

1

MIC

TO 1 PGM

8 2 MIC

(150Í2SOURCE)

1

LINE

8 2 LINE

given

in

TO 1 PGM

TO 1 PGM

TO 1 PGM

the

______

OUT

OUT

OUT

tabla

OUT

below.

IHF-A

70

dB

60

dB

80

dB

77

dB

DIN

68

58

76

73

dB

dB

dB

dB

? 1

1 22

1-5.

RECORDER/REPRODUCER

ADJUSTMENT

1-6-1.

1)

2)

3)

Reproduce

Connect a level

jack

on

the

Level

rear

Reproduce a TEAC

400

Hz

and

adjust

-12.6
(If

tape,

Connect

channel

adjustment

R128:
R228:

1-5-2.

1)

2)

3)

4)

(

OBI

+

6

+

+ 2 H

-2

dB

(230

you

use

adjust

outputs

for
for

OSCILLATOR

9

o

ATTENUATOR

r

1-5-1.

Reproduce

Connect a level

jack

on

the

Reproduce a test

the

output

following

If

the

output

the

trim

For

the

proceed

manner.

R124:
R224:

4

o

-

Fig.

1-5-2.

mV)

Reference

the

trim

the

level

in

the

channel
channel

n iNPuT

Reproduce

rear

level;

limits.

level

pot

R124.

remaining

the

check

channeM,
channel

Reproduce

meter

panel.

to

test

the

readingon

Fluxivity

for

-10

meter

(2

to

8)

same

manner

1,

2,

3,

4,1,

OSCILLOSCOPE

UNIT

under

TEST

Level

Frequency

meter

panel.

to

tape

YTT-1003

it

should

is

out

channeis

and

adjustment

2,

3,4,

Frequency

SECTION

the

TAPE

tape

trim

pot

the

dB

reading.)

to

the

and

proceed

by

5,

6
8

OUTPUT

Caiibration

Response

the

TAPE

be

of

the

(2

5,

6

7,

8

Response

OUT

"1"

YTT-1003,

R128

level

250

for

meter.

nWb/m

remaining

to

the

adjusting.

AMP

SPKR

AC

VOLTMETER

IvH

o

o

OUT

"1"

and

reads

within

limits,

to

in

adjust

8),

the

the

aiso

same

1-6-3.

These

factory

except

♦

*

Use

A.BIAS

1.

2.

Bias

Tuning

adjustments

and

realignment

for

the

following

When

and/or

When

Place

to

CORD

the

REC/REPRO

Bias

amplifier

the

MASTER

the

following

TUNING

all

channel

ON

and

mode.

set

Connect a DO

(TP02,

TP14)

L101

(1)

reading

TP03,

by

using

(L201,

and

BIAS

on

the

non-conductive

etc.).

CAUTION:

Do

reading

which

amount

B

BIAS

1.

Connect

and

2.

Place

ON

mode.

3.

Adjust

reading

1-5-4.

1)

Connect

ón

2)

Adjust

120

Trim

1-5-5.

This

completion

1)

Connect

Connect

IN

Connect

PGM

(If

TRAP

ground

all

and

on

Record

the

REC/PLAY

trim

mV

pots

C103

C203

C303

C403

Record

alignment

jacks.

OUT

two

meter

alternately.)

an

"AC"

on

the

set

L104/L204

the

ing

AC

Voltmeter

reading

to

channel

channel

channel
channel

ing

of

the

test

an

AF

level

jacks.

meters

and

Bias

Trap

have

will

circurnstanc . . .

head

is

replaced. , .

BIAS

procedures

REC

the

volt-meter

TP04)

an

insólate

L301,

PCB

(2)

DC

screwdriver

not

try

on

would

of

level

the

REC/PLAY

REC

the

deck

level

pots

be

equipment

meter.

Bias

Adjustment

AMP

on

on

the

adjusted:

Level

should

bias

signal

meters

are

unit

FUNCTION

tape

and

TP11

L401)

to

meter.

to

the

occasion

Bias

Amp

meter

FUNCTION

into

to

obtain a minimum

between

PCB.

the

AC

1,

5

2,

6

3,

7

4,

8

be

adjustment.

as

generator

to

both

not

necessarv

to

adjus

ERASE

is

repiacea.

head

u

switches

deck

mto

the

between

RE-

-i-oi-.-

TPOI

'^.13.

n®""'

on

the

BIAS

obtain a mínimum

Be

sure

(i.e.

wood,

obtain

DC

máximum

volt-meter,

an

output

between

AMP

switches

the

BIAS

Voltmeter.

performed

shown

TAPE

available,

RECORD

TP 2 and

PCB

in

to

PGM

PCB

to

use

plástic,

extreme

load.

TP1

PCB.

TPG

for

after

Fig. 1 -5-1.

BUSS

OUT

use

and

one

^

a

to

a

1 -

23

2)

Load

the

3)

Adjust

-10

4)

Record

-10

just

TAPE

If

PCB

Trim

the

dBV

dBV

recorded;

OUT

not,

adjust

for

pots

R143:

R243:

1-5-6.

1)

2)

3)

Overall

Adjust
"1-5-5

the

Recording

Decrease

the

reference

Vary

the

óf

30

Hz

quencies,
just

recorded.

leveis

make

within

4)

If

at

sure

the

the

specified

obtained

and/or

L203,

vvithin

"1-5-4.

bias

leve!

adjustment

recording

in

"1-5-5.

deck

with a blank

signal

{0.3

reference

(0.3V)

the

to

Channel

Channel

the i nput

input

generator

V)

reference

¡nput

and

the

playback

jack

should

the

trim

channel

be

adjusted:

1,

3,

Frequency

test

set-up

Level"

signal

level

or

signal

to

16

kHz

and

then

to

2,

4,

set

Measure

the

proper

that

the frequency

specified

limit

frequency

by

adjusting

readjust

its

specified

Recording

is

will

level

Recording

Bias

readjusted,

be

adjustment

Level

test

tape

YTT-8013.

to

provide

400

¡nput.

signal

then

output

be

pot

on

be

adjusted.

5,

6

7,

8

Response

as
(Items 1 through

level

it

to

frequency

and

reproduce

the

reproduced

test

of

400

playback

the

level

-10

dBV

(0.3

the

REC

mentioned

by

10

dB

-20

dB

(0.1

over a range

record

the

the

frequencies,

response

shown.

response

the

REC

the

Bias

range

cannot

EQ

coil

Level

by

refering

Adjustment".

the

recording

upset,

so

repeat

again

as

described

Adjustment".

Hz,

Hz,

tape

at

the

V).

PLAY

under

5).

from

V).

fre-

signáis

output

and

is

be

L103

Setting

to

If

the

level

the

4)

The

dirrerence

50

dB

through a 20

5)

If

the

S/N

*

Erase,

with a tape

*Check

*

Readjust

*Recheck

1-5-8.

1)

2)

3)

4)

Overall

Set

and

under

Vary

the

"1-5-6.

the

put

signal

frequency.

Measure

1

%.

If

not:

*

Readjust

*Try

to

produce

OSCILLATOR

ATTENUATOR

O

(S/N)

for

each

Hz

to

is

out

of

record/reproduce

eraser.

for

normal

the

bais

the

S/N

Distortion

adjust

the

Overall

signal

the

erase

o

frequency

to 1 kHz,

distortion;

the

bias

the

head

or

DISTORTION
ANALYZER

•

• •

under

should

channel,

20

kHz

filter.

the

limit;

head

erasing

traps.

by

test

ratio.

using

another

setup

Frequency

of

and

record

it

should

voitage.

erase

replace

UNIT

head

the

OSCILLOSCOPE

TEST

be

when

and

the

and

and

head(s).

higher

than

measured

tape

path

test

tape.

as

mentioned

Response".

reference

reproduce

be

less

record/re

AMP

AC

VOLTMETER

in

than

SPKR

(<101

+ 6 -]

+

4

+

2

O

-2

-

-4

-

1-6-7.

1)

2)

3)

Overall

Set

under

Record

remove

cording

Reproduce
signal

ference

and

adjust

"1-5-6.

the
the

with

just

between

)(

S/N

Ratio
the

test

Overall

reference

¡nput

no

both
recorded

plug

signal

the

the

set-up

Frequency

input

applied.

reference

and

outputs.

signal,

and

continué

read

as

mentioned

Response".

and

then

the

signal

the

and

level

re

no

dif-

1 -

24

FIg.

1-5-9.

1)

2)

3)

Erasing

Connect

and

adjust

tioned

Response".

Adjust

O

dB

just

level.

Rewind

tape

P(3M

on

the

4)

Rewind

signal

with

1-5-3.

Distortion

Ratio

test

equipment

the

under

the

signal

(1

V)

and

recorded

just

BUSS

tape

and

the

and

the

tape

recorded.

IN

just

the

tape

reproduce

level

meter

Measurement

as

controls

"1-5-6.

generator

record

up

it.

read

to

and

and

the

Remove

jack

and

then

recorded

just

it.

Read

sensitivity

Set-Up

shown

Overall

Playback

in

Fig.

switches

Frequency

to

provide 1 kHz,

note

the

beginning

the

plug

record

with 1 kHz

recorded

the

output

increased.

1-5-1.

as

men

the

signal

output

of

from

no

signal

signal.

with

level

the

the

no

5)

Compare

steps 2 and

higher

6)

If

not:

*

Olean

*Check

OSCILLATOR

the

than

70

the

tape

the

tape

output

4;

the

dB

for

transport

transport

leveis

level

difference

each

channel.

path.

mechanism.

OSOLUOSCOPE

obtained

¡n

should

AMP

the

be

SPKR

signa!

to

3)

Check

track

the

leve!.

4)

Adjust

5)

Repeat

of

to

RECORD

how

#1

leve!

R507

adjustment

tracks

PGM

BUSS

mode.

much

leaks

into

difference

for

minimum

by

referring

of

for

IN

jacks.

the

signa!

the

track

against

al!

to

the

Set

applied

#2,

the

reading.

other

combinations

table

the

and

reference

below.

deck

to

read

the

ATTENUATOR

Fig.

1-5-10.

1)Set

Crosstalk

and

tioned

Response".

2)

Record

(0.3

V)

just

recordad

leakage

through a 1

against

3)

The

ratio

each

channe!.

ATTENUATOR

UNIT

under

1-5-5.

Erase

Between

adjust

under

the

reference

on

the

and

output

the

CH?

leveis

kHz

reference

should

UNIT

under

TEST

Ratio

Test

Channeis

the

test

equipment

"1-5-6.

Overa!!

signa!

channe!

1.

reproduce

to

the

füter,

TEST

leve!.

be

higher

OSOLUOSCOPE

and

CH?

AC

VOLTMETER

FlUTER

Set-Up

as

Frequency

of 1 kHz,

Rewind

it.

adjacent

measure

than

FILTER

-10

the

Measure

channeis

ratio(s)

55dB

AMP

AC

VOLTMETER

men-

dB

tape

the

for

SPKR

RECORD

Track

1

2

3

4

5

6

7

8

7

6

5

4

3

2

*R508

are

Crosstalk

Put

(Ch.

not

used.

track

watching

R101

so

minimum.

binations

below.

REPRO.

(TAPE

1, 3 PCB)

between

#1

into

the

leve!

that

leakage

Repeat

of

tracks

Track

GUTCh.)

2

3

4

5

6

7

8

7

6

5

4

3

2

1

and

R607

Track

#1

and

record

at

TAPE

into

adjustment

by

referring

Adj.

(REC/PLAY

R507

(Ch

R507

(Ch

R607

(Ch

R607

(Ch

R507

(Ch

R507

(Ch

R607

(Ch

R608

(Ch

R608

(Ch

R508

(Ch

R508

(Ch

R608

(Ch

R608

(Ch

R508

(Ch

(Oh.

#3

mode

OUT

track

for

#3

al!

to

Pot

PCB)

1,3

PCB)

2, 4 PCB)

1,3

PCB)

2, 4 PCB)
5, 7 PCB)

6, 8 PCB)

5, 7 PCB)

6, 8 PCB)

5, 7 PCB)

6, 8 PCB)

5, 7 PCB)

2, 4 PCB)

1,3

PCB)

2, 4 PCB)

6, 8 PCB)

and,

#3,

while

adjust

becomes

other

the

com

table

Fig.

1-5-6.

1-5-11.

This

tracks

words,

adjacent

track.

Syno

refers

to

when a SYNC

it

refers

track

Measurement

as

mentioned

Response".

The

foüowing

al!

pairs

of

tracks

Crosstalk

1)

Place

in

2)App!y

the

"ON"

between

the

15

Crosstalk

Crosstalk

the

crosstalk

recording

to

the

degree

of a bias

setting

is

under

made

"1-5-6.

procedure

listad

Track

TRK#1

position.

kHz,

-10

Measurement

between

is

made.

of

leakage

signa!

from a recording

in

the

same

Overa!!

should

in

tables.

#1

REO

dB

be

and

#2

FUNCTION

(0.3

Set-Up

adjacent

!n

other

into

manner

Frequency

repeated

switch

V)

reference

an

for

1 ■

25

RECORD

Track

1

2

3

4

5

6

8

7

6

5

4

3

REPRO.

(TAPE

OUT

3

4

5

6

7

8

6

5

4

3

2

1

Track

Ch.)

Adj.

R101

R102

R203

R204

R205

R206

R208

R207

R106

R105

R104

R103

Pot

1-5-12.

Location

REC

of

Electrical

PLAY

PCB

Adjustment

{Ch

1,

3)

REC

PLAY

PCB

(Ch

2.

4)

REC

PLAY

PCB

{Ch

REC

5,

7)

PLAY

PCB

(Ch

6,

8)

CAP

I

SERVO

PCB

FUSE

PCB

BIAS

PCB

(1) & (2)

REEL

SERVO

PCB

REC

VR

•

DBX

PLAY

PCB

I

TP2 ] R508 1 LI03

TPG

R507

R143

PCB

üirsiís

•

PCB

'

(Ch

1,

LI04 | LI02

TPI

2,

3,

raí

•

o

4)

Ri28

R101

•

m

RI24 | TP2 | R608 | L203

TPG

R607

R103

R104

<

DBX

R243

PCB

R105

(Ch

5,

6.

7,

L204 j L202

TPl

R106

I R102 1 R203 I R204 I R205 I R206 I R2'

8)

R207

1 BIAS

BIAS

PCB

R228

R224

PCB

(1)

(2)

POWER

SERVO

SUPPLY

PCB

REC

PLAY

REF.

R124/R224

R128/R228

R143/R243
R5Q7/R607

R508/R6Q8

L102/L202

L103/L203
L104/L204

DBX

PCB

NO.

(for

PCB

PCB

Adjustment

FUNCTION

Reproduce

Reproduce

Recording

Crosstaik

Crosstalk

Bias

Trap

(Tape

Record

Bias

EQ

Trap

Location

EQ
Level

Level

see

Out)

page

1-

29)

BIAS

PCB

REF.

NO.

C103/C203/C303/C403

L101/C201/C301/C401

REEL

SERVO

REF.

NO. I I

R112

R105
R150

R212

R206

R103

R203

PCB

FUNCTION

Tensión

F.F,

Fast

Tensión

Re\A/ind

I

Piay
Play

I

Arm

Tape

Winding

Arm

Tape
Tape
Tape

FUNCTION

Recording

Bias

Tuning

Posltion

Tensión

Speed

Position

Tensión
Tensión
Tensión

Bias

(Left)

(Right)

(Back

Tensión)

(Take-up)

VR

PCB

REF.

NO.

R107/R207/R307/R408

R108/R208/R308/R4Q8
R118/

R21Q/H

R135/R235/R335/R435

318/R418

FUNCTION

Decoding
Encoding

VCA

Symmetry

RMS

Symmetry

Level
Level

CAP

SERVO

page 1 ■

REF.
R807
R815

9)

NO.

PCB

(for

Adjustment

FUNCTION

Tape

Speed

Tape

Speed

(EXT)

(FIX)

Location

see

1-5-13.

ServiceChart

AD­JUST

STEP

1

2*

2*

4*

5*

6*

1*

S*

9*

WHAT

CALLEO

Reproduce
Aíignment

Reproduce

REPRO

LINE

INPUT

Level

Blas

Trap

justment

Blas

Level

justment.

Record

Record/Re

produce

quency

ponce.

Overall

to-Noise

IS

IT

Head

Level

EQ

Ad-

Ad-

Level

Fre-

Res-

Signal-

Ratio

SIGNALSOU

ANO

AMOUNT

TEAC

Playback

ment

Test

400

Hz

TEAC

playback

ment

Test

16

kHz

the

tape.

400

Hz

-10

dB

lator

connected

to

LINE

No

input

Same

as

400

Hz

-10

dB

VU

meters)

nected

to

IN

jack

30

Hz

to

signal

at

connected

Input

termináis

No

input

YTT-1003

Aíign

Tape

signal

YTT-1003

Aíign

Tape

signal

signal

from

IN

jack

signal

above

signal

(0

VU

con

LINE

16

kHz

-20

to

signal

RCE

on

on

at

oscili-

at

on

dB

WHAT

loscope

cal

inputs

to

tracks 2 and

to

GEAR

VTVM

TAPE

VTVM

TAPE

and

connected

TEST

TO

and

with

horizontal

connected

jack

Same

as

above

Same

as

above

VTVM

Bias

point

lead

VTVM

G.

VTVM

TAPE

or

VTVM

TAPE

connected

Trap

TP-1,

to

test

connected

connected

use

as

above

connected

to

positiva

TP2

GUT

GUT

to

tive

ground,
lead

between
TP

to

jack

meters

Same

to

GUT

GUT

VU

USE

Oscil-

verti

7.

test

nega-

point.

&

jack

WHAT

CGRDER

Reproduce

Same

as

Same

as

Record

Record

input

signal

Same

as

Record

Same

as

Same

as

IS

THE

DGING?

mode.

above

above

mode.

mode,

above

mode.

above

above

no

RE-

PGINT

ADJUST

Repro

head

azimuth

ing

screw.

Trim

pot

R128/R228

Trim

pot

R124/R224

Input

Fader

Inductor
L104

Trim

capacitor

C103/C203/
C303/C403

Trim

pot

R143/R243

Inductor

L103

TG

adjust-

WHAT

Adjust

output

of

than

(at

-12.6

VTVM

Same

Adjust

on

-lOdBat

GUT.

Adjust

minimum

Trap

While

trim

indicates

Set

at

0

Same

Check

better

READING

ADJUST

tracks 2 and 7 less

90°

10

dB

as

VU

test

FGR

for

máximum

and

for

out

kHz)

(0.23

above

to

read 0 VU

meters

PGM

Inductor

output

point

recording

pot

until

120

fo

-10

on

as

for

dB

GUT

VU

above

50

TAPE

VU

output

of

V)

or

TP-1.

adjust

VTVM

mV.

(0.3

jacks

meters

dB

TG

phase.

on

for

at

Bias

V)

or

or

REPEAT

THE

CIRCUIT

DEPENDING

STEP

MARKED

BOARD

ON

THE

WITH

LOCATION.

CHANNEL.

AN

ASTERISK

INPUT/OUTPUT

FOR

EACH

TERMINAL

CHANNEL.

1 -

28

THE

NUMBERS.

ADJUSTMENT

VU

METERS,

NUMBERS

ETC.,

ARE

WILL

THE

BE

DÍFFERENT

SAME

BUT

1-6.

DBX

NOTES:

*This

unless

PCB

sectíon

an

adjustment

adjustor{s)

component(s)

sustained

been

*Turn

damage

board.

1.

Apply

on

the

2.

Apply

to

turn

3.

Set

damage,

precisely

the

deck

when

+12 V to

DBX

PCB.

Low

DBX

on.

all

trim

pots

ADJUSTMENT

is

have

on

the

DBX

sincethe

adjusted

OFF

removing

signal

to

¡n

to

or

J112-2

and

to

the

center

not

usually

been

changad

PC

board

DBX

the

PC

factory.

prevent

repiacing

-12 V to

J211-1

and

position.

needed

or

a

have

board

accidental

DBX

has

PC

J112-4

J411-1

Adjustment

R107/R207/R307/R408

R108/R208/R308/R408
R118/R218/R318/R418
R135/R235/R335/R435

Point

REF.

NO.

FUNCTION

Decoding

Encoding

VCASymmetry

RMS

Level
Level

Symmetry

1-6-1.

Location

ROS

of

RI07

the

RIOS

W

I20

\"

TPOI

DBX

(©)

RII8

PCB

Adjustments

(g)

R2I8

/

TP02

R20e

R207

cvi

O

CVI

3

R235

R335

R307

R308

\

TP03

(©)

R3I8

TP04

(g)

R4I8

R40e

/

R407

R435

JI

IO

I

JIM

6 1

J2I0

4

1

6

J2I

I

Fig.

1-6-1

DBX

J3I0

I 6

PCB

Adjustment

1 29

J3Í

1

Í

4

Point

J4I0

1

J4I

I

JI

6

1

I2

f

1

4

1-6-2

Low

dttrorrion

flF OSCILLATOR

Oistortion
OuTpul

(

RELEASE

LOW

AF

Oisrorfion
Output

DBX

Adjustment

factor

level

3V

RATE

disrorlton

OSCILLATOR

OUIPUTO

Gmo'

foctor

level

3V

ATTENUATOR

0.02%

or

lett

or

more

CHECK

)

ATTENUATOR

IOOO^lJ

002 X or

less

or

more

Connection

INPUT

Fig.

Í-P

FUNCTION

1-6-2

FUNCTION

F6-I

GENERATOR

FUNCTION

CONTINue

F6-I

GENERATOR

FUNCTION

ana

Apply L sigoal

DBX

Apply L signal

Decode
for

®-

output

RMS

Symmetry

Apply L signal

DBX

Apply L signal

Decode

for

IITDIIT

for

NR

IM

mode.

or H signal

Encodemodc. ^ !—o

w

for

j

I

*0

Adj. & Level

NR

IN

mode.

or H signal

Encode

mode.

for

I—

J

for I j-o

I

-O

-O

J2H-1

J411-1

Jin-2

J110-1

J110-2

J211-1

..

J411-1

J'

J110-1
J110-2

oex

Adj.

DBX

PCB

PCB

J"2-2€
JII2-3C
JII2-4C

piia6

pno-6

JII2-2

JII2-3

JM2-4

TP01

GND

♦

I2V

GND

AC

VOLTMETER

\H

O-

o-

O-

o-

/^OOT

° O "

CMD

-12V

OSCILLOSCOPE

OSCILLOSCOPE

I

VCA

Low

AF

1-6-3

VCA

SYM

distoriion

OSCILLATOR

ADJUSTMENT

)

ATTENUATOR

OO^lJ

Symmetry

vw.

V

Adjustment

INPUT

Waveform

Fig.

F6

FUNCTION

Fig.

1-6-3

-1

GENERATOR

rOOGX

NR

1-6-4

VCA

Release

Rate

Apply

Lsignal

DBX

NR

IN

Apply L signal

Decode

or H signal

for

Encode

INPUT

thorting

r/v\

lOmtecU—«J

♦

iv

-w-AA

Symmetry

for

mode.

for

mode.

A

Check

A

Adj.

DBX

PCB

J211-t

J111-2

Lavoi

J110-I

J110-2

o

TP01

GNO

pno-6

P110-6

5mV

variation

or

Isss

*

GNO

GNO

O

:

f

Fig.

1-6-5

RMS

Symmetry

Adjustment

(Incorrect)

Fig.

1-6-6

RMS

Symmetry

Adjustment

(Correct)

1 -30

1

1-6-4.

Apply

Decode

A.

1.

2.

B.VCA

1.

2.

3.

C.

1.

2.

Decoder

Low

signal

moda.

RMS

Symmetry

1-6-2)

Apply a 100

terminal.

Adjust

wave

R135

on

TP01

Hz,

to

(sea

Symmetry

Fig.

1-6-4)

Apply a staircase

traingle

terminal

Shortcircüit

Adjust

zontal

(Leve!

Decoding

Apply a 1

terminal.

Adjust

terminal.

wave

signa!

on

the

between

R118

lina

deviation: 5 mV

for a relatively

display

Leve!

kHz,

R107

for a 300

to

J111-2

Adjustment

300

obtain a olean

Figs.

Adjustment

wave

to

oscilloscope.

J110-1

to

actívate

(Connectlon:

mV

signa!

200

1-6-5 & 1-6-6).

(Connection:

signa!

to

TP01 , and

the

horizontal

and

J110-2.

straight

on

the

oscilloscope.

or

less)

(Connection:

300

mV

Fig.

signa!

mV

reading

1-6-2)

to

to

J110-1

Hz

sine-

input

hori

J110-1

atJ

110-5

DBX

Fig.

2.

Confirm

-300

(300

3.

Apply a 1

4.

Confirm

+10

(300

G.Other

Repeat

8

using

input/output

that

dB

±0.5

mV)

reference

kHz, O dB

that

dB

±0.5

dB

mV)

reference

Channeis

procedures
the

following

termináis.

the

dB

the

(i.e.,

leve!

at

(i.e.,

-20

level).

signa!

level

at

+20

level).

for

channeis

adjustment

J110-5

d8

against

to

J110-1

J110-5

dB

against

terminal

-10

dB

terminal.

terminal

-10

dB

2 through

points

and

is

is

a

Channel

ch1/ch5

ch2/ch6

ch3/ch7
ch4/ch8

Decode

L

J111-2
J2n-2
J311
J4n-2

mode

signal

2

Input

J110-1
J210-1
J3101

J410-1

Output

J110-5

J210

J310-5

J410-5

Test

Point

TP01

5

TP02
TP03
TP04

Adjustment

RMS

R135

R235
R335

R435

VCA
R118
R218
R318
R438

Point

Level
R107

R207

R307
R407

D.Frequency

1.

Vary

and

then

2.

Read

for

each

be

within

to

leve!

50

Hz:

10

kHz:

5.

Ralease

Q

o

cycles

■

+

?n

F.

Decode

'•^PP'y a 1kHz,

terminal

Response

the

signa!

to

the

frequency

10

kHz

output

leve!

frequency.

the

following

at 1 kHz.

+5

dB ± 1

+9.4

Rata

^ ^

on

and

dB

dB ± 1

Check

128

ralease

Effect

Check

-20dB

(300

dB

(Connection:

cycles

(Connection:

(Connection:

to

mV).

at

the

The

output

limits

(447

mV

(793

burst

wave

off.

rata

is

less

signa!

Fig.

50

Hz

(300

J110-5

terminal

leve!

with

reference

to

602

mV

to

997

Fig.

1-6-3)

signa!

than

750

Fig.

to

J110-1

1-6-2)

mV)

should

mV)

mV)

with

mV

1-6-2)

1 31

1"6-5.

Encoder

Apply

Encode

A.

RMS

1

1.

Apply a 100

terminal.

2.

Check

Fjg.s

B.

VCA

1-6-4)

1.

Apply a staircase

traingle

terminal

2.

Shortcircuit

3.

Confirm

(leve!

C.Encoding

1.

Apply a 1kHz,

terminal.

2.

Adjust

terminal.

High

mode.

Symmetry

-0-2)

for

olean

1-6-5&

Symmetry

wave

on

that

horizontal

deviation:

Leve!

R108

signal

to

Adjustment

Hz,

200

1-6-6).

Adjustment

wave

signal

the

oscilloscope.

between

J110-5

10

(Connection:

300

for a -10

J111-2

to

actívate

(Connection:

300

mV

signa!

Hz

sinewave

(Connection:

signa!

to

the

J111-3

line

mV

and

supplies a relatively

on

or

less).

mV

signal

dB

reading

to

J111-3

at

TP01

to

TP01,

horizontal

J111-4.

the

oscilloscope

Fig.

1-6-2)

to

J111-3

at

J110-3

DBX

Fig.

,

(see

Fig.

and

a

input

F.

Encode

1

Apply

terminal.

Confirm

-40

(300

Apply a 1kHz,

terminal.

Confirm

O

reference

G.Other

Repeat
using

EffectCheck

a

that

dB

±0.5

mV)

reference

that

dB

±1

level).

Channeis

procedures

the

1

dB

following

input/output

Decode

Channel

ch1/ch5
ch2/ch6
ch3/ch7

ch4/ch8

mode

H

signal

jni-2
J211

2
J311 2J311-3
J411-2

(Connection;

kHz,

-70

dB

the

level

at

dB

(i.e.,

-30

level)

-HOdB

the

level

at

(i.e.,

-t-10

for

channeis 2 through

adjustment

termináis.

Input

Output

Jlll-3

jno-3

J2133

J210-3

J310-3

J410-3

J411-3

signal

J110-3

dB

signal

J110-3

dB

Test

Point

TP01

TP02
TP03

TP04

Fig

to

terminal

against

to

terminal

against

points

Adjustment

VCA

RMS

-

-

-

-10

-

1-6-2)

J111-3

-10

dB

J111-3

dB

and

Point

Level

R108

-

R208

-

R308

R408

-

is

is

8

D.Frequency

1.

Vary

the

and

then

2.

Read

for

each

be

within

to

level

50

Hz

10

kHz:

E.

Release

1.

Apply a 1

8

cycles

2.

Confirm

±10%.

Response

signal

to

10

kHz

the

output

frequency.

the

following

at 1 kHz.

:-2.5

dB

-4.8

Rate

kHz

on

and

that

dB

Check

release

(Connection:

frequency

(300

level

±1

dB

±1

tone

128

to

50

mV).

at

the

J110-5

The

output

limits

(213

mV

dB

(166

mV

(Conenction:

burst

wave

cycles

rate

is

off.

less

Fig.

Hz

(300

terminal

level

with

reference

to

240

to

186

Fig.

signal

than

1-6-2)

mV)

should

mV)

mV)

1-6-3)

with

750

mV

1 32

2.

MECHANtCS

2-1.

EXPLODED

-

VIEW-1

EXPLODED

VIEWS

AND

PARTS

LISTS

2-

1

EXPLODED

REF.

1-

1

1-

2

1-

3

1-

4

1-

5

1-

6

1-

7

1-

8

1-

9

1-10

NO.

VIEW-1

PARTS

NO.

*5504549000

*5800711200

*5800711000

*5800705801

*5800708202

*5800705600

5800700400
5014175100

*5800701300
*5800701001

DESCRIPTION

SCREW

C

BIDE

BOARDjSL

SIDE

BOARD,L

COVER

ASS'Y,DUST

PCB

COVER

SIDE

SASH,L

CAP.PF

PINCH

ROLLER

ROLLER

BASE.HOUSING

PANEL,TAPE

ASSY

TRANSPORT

PARTS

MARKED

WITH

*REQUIRE

REMARES

LONGER

DELIVERY

TIME.

1-11
1-12
1-13

1-14

1-15

1-16

1-17

1-21

1-22
1-23
1-24

1-25

1-26

1-27

1-28
1-29

1-30

1-31

INCLUDED

REF.

ACCESSORIES

NO.

*5800705700.

5800700800
5800700600

*5800711300

*5800711100

*5800708000

*5800707902

*5780023015
*5780023008

*5781713008
*5785315000
*5785313000

*5780423006

*5780134008

*5781703035

*5780144008
*5780143006

*5780104006

PARTS

NO.

*5700070700
*5700070800

SIDE

SASH,R

CAP,T

ROLLER

ROLLER

SIDE

SIDE

FOOT

ASS'Y

BOARD.SR

BOARD,R

TENSION

COVER,BOTTOM

SCREW,BIND;M3X15(BLK

SCREW,BIND

M3X8

SCREW,CAP;M3X8

NI

B

(BLK

NI)

NI)

WASHER,POLY;5X8X0.5T
WASHER,POLY.;

SCREW,TRUSS;M3X6

SCREW,PAN

SCREW,CAP;M3X35

SCREW,PAN
SCREW,PAN

SEMS

SEMS
SEMS

3X6X0.5T

(BLK

A;M4X8

(Ni)

B;M4X8
B;M3X6

SCREW,PAN;M4X6

DESCRIPTION

388

388

OWNER'S

OWNER'S

MANUAL
MANUAL

[j]

(ALL

NI)

EXCEPT

REMARKS

J]

[J]:JAPAN
[GE]:GENERAL
[UK]:U.K.

*5085008300

[US]:U.S.A.

EXPORT

[E]:EUROPE

[A]:AUSTRALIA

REEL, 7 INCH

[CliCANADA

2-2

2-2.

EXPLODED

VIEW-2

2

-3

EXPLODED

VIEW-2

PARTS

MARKED

WITH

*REQUIRE

LONGER

DELIVERY

TIME.

REF.

2­2-

2-

2-

2-

2-

2-

2-

2-

2-10

2-11
2-12

2-13

2-14

2-15
2-16

2-21

2-22

2-23
2-24
2-23

NO.

1
2

3

4

5

6

7

8

9

PARTS

*5800707200
*5800707600

*5800708100
*5200175000

*5800704100

*5800704000

*5800704200
*5800703900
*5200176700

A

5320036500
5320036400

A

5320036600

A
A

5320036700

*5800705100

*5800703200

NO.

A*5302101700

*5200174500

*5200185400
*5200174400

Vacant

*5800707300

*5780134008

*5780133006

*5783003006

*5780024008

*5780023006

DESCRIPTION

FRAME,SIDE;L

PAD

ASSY

COVER,FRONT

CONTROL

BRACKET.CONTOL

PCB

ASSY

PCB;B

BRACKET,CONTROL;A

BRACKET,CONTROL

PCB;C

BRACKET,JACK

PHONE

JACK

PCB

ASSY

TRANSFORMER;[US,C]

TRANSFORMER;iJ]

TRANSFORMER;[GE]

TRANSFORMER;¡E,UK,A]

BRACKET,TRANSFORMER

BRACKET,CONTROL

SW..VOLTAGE

FUSE

PCB

FUSE

FUSE

ASSY(2)

PCB

ASSY(l)

PCB

ASSY(1)-A

FRAME,SIDE;R

SCREW,PAN
SCREW,PAN
SCREW.PAN

SCREW,BIND;

SCREW,BIND;M3X6(BLK

CHASSIS

SELECT

SEMS

A;M4X8

SEMS

A;M3X6

TAP;M3X6

M4X8

FS907G

[E,UK,A]
[GE]

[J,US,C]

(BLK

NI)

Ni)

[GE]

REMARES

2-26
2-27
2-28
2-29
2-30

(J]:JAPAN

i

ge]:GENERAL

[UK]

:U.K.

[USl:U.S.A.

EXPORT

[AlrAUSTRALIA

*5780143006

*5783073006

*5780133008

*5780144008

*5780003006

SCREW.PAN

SCREW.WASHER

SCREW.PAN

SCREW.PAN
SCREW.BIND;M3x6

[C]iCANADA

[E]:EUROPE

SEMS

TAP;M3X6

SEMS

SEMS

B;M3X6

A;M3X8

B;M4X8

2-4

2-3.

EXPLODED

VIEW-3

2 - 5

a

EXPLODED

VIEW-3

PARTS

MARKED

WITH

*REQUIRE

LONGER

DELIVERY

TIME.

REF.

3-

3­3­3­3-

3-

3-

3-

3­3-10

3-11

3-12
3-13

3-14

3-15

3-16

3-17

3-18
3-19
3-20

3-21

3-22

3-23
3-24
3-25

NO.

1

2
3

4

5

6

7

8

9

PARTS

•^5200176900

■*5200177000

*5200174300

*5200174200

*5800704800

*5800704400

*5800704700

*5800704600
*5800703000

*5800704500

NO.

*5800705400

*5200177100
*5200180400
*5200174000
*5200173900

*5800704301

*5800705201
*5800705300

*5200174100

Vacant

*5200177500

*5800707500
*5800702500

*5800707400
*5800703200

DESCRIPTION

R/P

PCB

ASSY

DBX

PCB

AMP

ASSY

PCB

ASSY

PCB

BAL.AMP

METER

COVER.PCB

BRACKET.MOTHER

PLATE,PCB

CUIDE
BRACKET,PCB;B
STUD.REAR
BRACKET,PCB;A

BRACKET.PCB
BIAS

PCB

BIAS

PCB

REEL

SERVO

PWR

SPLY

BRACKET.PCB

HOLDER;A
ASSY(l)
ASSY(2)

PCB

PCB

ASSY

HOLDER

BRACKET.MOTHER

BRACKET.MOTHER

MOTHER

MOTHER

PCB

PCB

ASSY(2)

ASSY(l)
FRAME.JOINT
HOLDER.PCB;M
ERAME.SIDE;M

BRACKET.CONTROL

ASSY

PCB;A

ASSY

PCB;B

PCB;C

CHASSIS

REMARES

3-26

3-27

3-28

3-29

3-30

3-31
3-32
3-33

3-34

3-35

3-36

3-41
3-42

3-43
3-44
3-45

3-46
3-47
3-48

3-49

3-50

*5800708700

*5800287500

5296007300

*5800704900

*5210093700

5225011400

*5210111600

5225012900

*5800705000

5296006600

*5800566200

*5783073006

*5783003006

*5783073006
*5780134008

*5780103006

*5781013006
*5786713000
*5780143006

*5780133006

*5200186101

COVER

ASS'Y

METER

ESCUTCHEON.VU

METER.VU

BRACKET.METER;S
PCB.METER

LED.SLP144B

METER

PCB

LED.SLC-26UR5

BRACKET.METER;L

METER.VU
ESCUTCHEON

ASY.METER

SCREW.WASHER
SCREW.PAN

TAP;M3X6
SCREW.WASHER
SCREW.PAN

SEMS

SCREW.PAN;M3X6
SCREW.PAN

TAP;M3X6

CLIP.HARNEES

SCREW.PAN
SCREW.PAN

VR

PCB

SEMS
SEMS

ASSY

TAP;M3X6

TAP;M3X6

A.M4X8

B;M3x6
A;M3x6

2

6

2-4.

EXPLODED

VIEW-4

2 7

EXFLODED

VIEW-4

PARTS

MARKED

WITH

*REQÜIRE

LONGER

DELIVERY

TIME.

REF.

4-

4-

4-

4­4-

4-

4-

4-

4­4-10

4-11

4-12

4-13
4-14

4-15

4-16

4-17

4-18
4-19

4-20

4-21
4-22
4-23

4-24

4-25

NO

1

2

3

4
5

6

7

8

9

PARTS

5800611400

5800662300
5800645801

5800611700
5800611300

5800724700

*5800702301

5800611600
5800677200

5800677300

*5800702600

5800702800
5800429600
5800429200

5800429400

5800429300

*5200173800

*5200173600

*5200173400

NO.

5800429500

*5200173200

*5800762300

5284009700

5284009900
5284009800

DESCRIPTION

KNOB
KNOB

ASSY,
ASSY, C 2

B

KNOB.B

KNOB
KNOB

ASSY,
ASSY,

E

A

KNOB,FADER;N(ORG)

PANEL

KNOB

KNOB,FADER
KNOB,FADER

BRACKET,FADER
KNOB,LEVER

ASS'Y,MIXER

ASSY,

D

H(ORG)
j(ORG)

BUTTON,PUSH

BUTTON,PUSH

BUTTON,PUSH

BUTTON,PUSH

BÜTTON.PUSH

MONITOR

BUSS

PCB

BUSS

PCB

INPUT

SHAFT,SUPPORT;SW

SLIDE

SLIDE

SLIDE

PCB

VR

VR

VR

PCB

ASSY(B)
ASSY(A)

ASSY

lOKA

10KAX4

10KAX2

E(GRN)

A

C(YEL)

B

D(BLU)

ASSY

REMARKS

SHAFT

S6011

S6041

S6023

4-26

4-27
4-28
4-29
4-30

4-31
4-32

4-33

4-34

4-35

4-36

4-37
4-38

4-39

4-40

4-41
4-42

4-43

4-44
4-45

4-46

4-47

4-51

4-52

4-53
4-54

4-55

*5200174800

Vacant

5800475501

5800475901
5800476001

5800476101
5300033900

*5800703400

*5800474900

*5200176500

5800703500

*5200175800

5800288100
5800475100

*5800703600

*5581056000

5301455500

*5800703800
*5800703700

*5200176600
*5200175200

*5200176800

*5780423006
*5780133006

*5781012006
*5781013006

*5780102010

M.BUSS

PCB

ASSY

BUTTON,OPERATION;A

BUTTON,OPERATION;B

BUTTON,OPERATION;G

BUTTON,OPERATION;D

SW.,PUSH

1-1

PANEL,CONTROL

LENS.COUNTER

COUNTER

PCB

ASSY

BUTTON(A)

OPERATION

PCB

ASSY

KNOB,CUE

SPEED

MODE

KNOB

CHASSIS,CONTROL

SHAFT,A
SW..MICRO

SS5GL13-F
SPRING.CUE
LEVER.CUE

DBX

SW

PCB

ASSY

PHONE

MONITOR

AMP

SW

PCB

PCB

ASSY

ASSY

SCREW,TRUSS;M3X6(BLK

SCTEW.PAN

SCREW.PAN
SCREW.PAN

SEMS

A;M3X6

TAP;M2X6

TAP;M3X6

SCREW,PAN;M2X10

NI)

4-56

4-57

*5781014008

*5785123000

SCREW.PAN

TAP;M4X8

WASHER,L0CK;M3

2-8

2-5.

EXPLODED

O

VIEW-5

o

o

2-9

I

EXPLODED

REF.

NO.

VIEW-5

PARTS

NO.

DESCRIPTION

PARTS

MARKED

WITH

*REQUIRE

LONGER

REMARKS

DELIVERY

TIME.

5­5­5-

5-

5-

5­5-

5-

5-

5-10

5-11

5-12

5-13

5-14

5-15

5-16

5-17

5-18

1
2
3

4

5

6
7

*5800702901
*5534878000
*5800703100

*5033291000
*5200175500

*5033295000

A*5534663000

A*5534660000

A*5317001700

8

A*5350008300
A*5128047000

A*5350010800
A*5350008200

A*5350012200

A*5350010700
A*5128027000

9

*5200171600

*5200171700

*5200171800

*5200171900

*5200172600
*5200172900
*5200175100

*5800705500

A

5300025100

A

5300025000

A

5300024900
A*5292002500
A*5292002600

A*5052910000

A*5267702500

PANEL,REAR

RIVET.PUSH

HEATSINK

PLATE,INSULATOR

TR

PCB

ASSY

TUBE,INSULATOR

STRAIN

BUSHING.CORD;
BUSHING,CORD;

CORD,AC

CORD.AC

CORD.AC
CORD,AC

CORD.AC
CORD.AC

CORD.AC

I/O

I/O

I/O

I/O

I/O

DEFEAT

CAP

HOLDER,SERVO

SW.,POWER

SW..POWER

SW.,POWER

CR,

CR,

CR.,0.033+1200HM

C.,4700PF

RELIEF

ASS

6W-1

4N-4
4N-5

[A]

[Cl

[J,GE,E,A]
[US.UK]

ÍUK]

UL

SPT-1

[GE]

EUR

CSA

UL

[E]

id

SPT-2

¡US]

Íj]

PCB

ASSY(l)

PCB

ASSY(2)

PCB

ASSY(3)

PCB

ASSY(4)

PCB

ASSY(ll)

SW

PCB

ASSY

SERVO

0.01MF+1200HM

0.033MF+1200HM

PCB

ASSY

PCB

SDE3S

SDE3S

CLASS2

TV3

SDE3S

M-15B

M-15B

300VAC

125V

TCA

250VAC

[E.UK.A]

ÍUS,C,GE]

[jl

ÍJ.GE]

[C]

¡US]

¡E.UK.A]

'V.

5-19
5-20

5-21

5-22
5-23

5-24

5-25

5-26

5-27

5-28
5-29
5-30
5-31

5-32

5-33

5-34

5-41

5-42

5-43

5-44

5-45

lJ]

:JAPAN

¡GE] ; GENERAL

ÍUK):U.K.

*5800194101
*5210175400

*5554099100

*5200172000

*5200172100

*5200172400

*5200172500

*5200172700

*5200172200
*5200172300

*5200173000
*5200172800

*5786705100
*5781813000

*5780023006
*5780022604

*5780023006
*5780143006

*5780102608

[USl

F.XPORT

[A)

5334012900

5334010100

;U.S.A.

[El

:AUSTRALIA

SOCKET.CONNECTOR

BRACKET,CONNECTOR;C

REMOTE

BRACKET,CONN

I/O

I/O

I/O

I/O
I/O

I/O

I/O

BALANCE

I/O

CONNECTOR

PCB

PCB
PCB

PCB
PCB

PCB

PCB

PCB

PCB

ASSY(5)

ASSY(6)
ASSY(9)

ASSY(IO)
ASSY(12)

ASSY(7)

ASSY(8)

SW

ASSY(13)

S0CKET,12P

PCB

38P

ASSY

LUG,GND;SRA-21T-3

NUT,M3

SCREW,BIND;M3X6(BLK

SCREW,BIND;M2.6X4(BLK

SCREW.BIND

SCREW.PAN
SCREW,PAN;M2.6X8

(Cl

tCANADA

M3X6(BLK

SEMS

B;M3X6

rElJROPE

Ni)

NI)

Ni)

2 10

2-6.

EXPLODED

VIEW-6

i®

2-

11

\

85

i'

i

EXPLODED

VIEW-6

PARTS

MARKED

WITH

*REQUIRE

LONGER

DELIVERY

TIME

REF.

6-

6-

6­6­6-

6­6-

6-

6-

6-10

6-11

6-12

6-13

6-14

6-15

6-16
6-17
6-18
6-19
6-20

6-21

6-22

6-23

6-24
6-25

NO.

1

2
3

4

5

6

7

8
9

PARTS

*5800701200
*5800701800
*5800700900
*5800699201

5200176200

*5534850000

*5800701701

*5800699100

5800700400

5800700000

*5800699900
*5800698900

5200176000

*5800699700

*5800698300

5800698600

*5800698400
*5800698500

5378306100
5378306000

*5800698700
*5800701600

*5200177200

*5800698800

*5800695400

NO.

DESCRIPTION

BRACKET,PANEL
SPRING.TA

RETURN

SPRING.TA

ARM

ASS'Y,TENSION;L

LED

PCB

ASSY(L)

CUSHI0N,ST0PPER

SPRING,ARM
SHAFT.TA
CAP.PF

ROLLER

ROLLER

ASS'Y,Z

SHAFT,ROLLER
BASE

PLATE,TA;L

SENSOR

PCB

ASSY(L)
BRACKET,SENSOR;L
PLATE.HEAD

BASE

CUIDE,TAPE

CUIDE,A

CUIDE,B

HEAD,ERASE(1/4"

8CH)

HEAD,REC/PLAY(l/4"

STUD.HEAD
STUD,PCB

PCB

ASS'Y,HEAD

BRAKET.HEAD

PLATE

BASE

CONNECT

PCB

ASS'Y,CAPSTAN

8CH)

BASE

REMARKS

6-26

6-27

6-28
6-29

6-30

6-31
6-32
6-33
6-34

6-35

7

6-36

6-37

6-38

6-39
6-40

6-41

6-42

6-43
6-44
6-45

6-46

6-47

6-48

6-49
6-50

*5800702000

*5800695800
*5800702100
*5800696800
*5800696300

*5800697000
*5800697100

5600018100

*5524291000

*5555929000

5800694800

5800695100

*5800695300

5313003100

*5800694400

5313003000

*5545022000

*5800697401
*5800697300
*5800697200

*5800694500

*5800694600
*5800701900
*5800694700

5313003200

SPRINC,PINCH

PLATE

ASS'Y.LIFTER

SPRINC,LIFTER

ARM

ASS'Y,LINK

ARM

ASS'Y.PINCH

PLATE,JOINT

PLATE,ARM

TABLE

ASSY,REEL

SPRINC,BRAKE
H00K,SPRINC

BAND

ASS'Y,BRAKE;L

BAND

ASS*Y,BRAKE;R

BRACKET,BRAKE

SOLENOID,BRAKE

BRACKET,BRAKE

SOLENOID,PINCH

PIN,SOLENOID

SPRINC.PRESSURE
PLATE,PRESSURE

PLATE,SLIDE

ROD,JOINT
ARM,CUE

SPRING,CUE

PLATE,CUE

SOLENOID,LIFTER

ROLLER

BASE

ROLLER

SOLENOID

SOLENOID

ROLLER

BASE

RETURN

RETURN

STOPPER

6-51

6-52

6-53

6-54

6-55

*5800171000

*5800693601

*5012390000

5800698000

5800697800

BRACKET,SOLENOID

CHASSIS

ASS'Y.MECHANISM

STOPPER,OIL

SHIFT,CAPSTAN
HOLDER

ASSY,METAL

2 12

EXPLODED

REF.

NO.

VIEW-6

PARTS

NO.

DESCRIPTION

PARTS

MARKED

WITH

*REQUIRE

REMARKS

LONGER

DELIVERY

TIME,

6-56

6-57

6-58

6-59
6-60

6-61

6-62
6-63

6-64

6-65

6-66

6-67

6-68

6-69

6-70

6-71

6-72

6-73
6-74

6-75

6-81
6-82

6-83

6-84

6-85

*5800397300

5800698201

*5800397200

5800697600

*5800697500

5370005700
5370005900

*5800698100

5800701100

*5800701500

*5200175600

*5800699501

5200176300
5200175900

*5800699800

5200176100

5800700200

5800700500

*5200176400

*5800699000

*5780003004

*5780143008

*5785305100

*5780002604

*5780133006

WASHER,THRUST
BELT.CAPSTAN

FLYWHEEL

PLATE.CAPSTAN

BRACKET.CAPSTAN

BEARING

THRUST

MOTOR,REEL;DC
MOTOR,CAPSTAN;DC

BRACKET,MOTER

PULLEY,MOTER

BRACKET,CONTROL

PCB

ASS'Y,MECHANISM

ARM

LED

SHUT

ASS'Y

PCB

OFF

TENSION;R

ASSY(R)

PCB

JOINT

JOINT

ASSY

BRACKET,SENSOR;R

SENSOR

ROLLER

PCB

ASSY(R)

ASS'Y,FOOTAGE

DISK,TG

PCB

ASS'Y,P.G.

BASE

PLATE.TA;R

SCREW,BIND;M3X4

SCREW,PAN

SEMS

B;M3X8

WASHER,POLY.;5.2X16X0.25T
SCREW,BIND;M2.6X4

SCREW,PAN

SEMS

A;M3X6

PCB

6-86

6-87
6-88
6-89

6-90

6-91

6-92

6-93

6-94
6-95

6-96

6-97

6-98

6-99

6-100
6-101

6-102

6-103

*5780002003
*5785315000
*5780023008

*5780023025

*5785103000

*5780023006

*5780223006

*5782063006
*5786011500
*5785024200

*5780133008

*5786303012
*5780144008

*5780134008

*5786713000

*5786011500

*5043835000

A*5241227100

SCREW,BIND;M2X3
WASHER,POLY.,5X8X0.5T

SCREW,BIND

SCREW,BIND;M3X25(BLK

M3X8

NI

B

NI)

WASHER,SPRING;3

SCREW,BIND,M3X6(BLK

SCREW,FLAT;M3X6(BLK

Ni)

NI)

SCREW,HEX;M3X6(FLAT)(BLK

E

RING

E-3

WASHER,FLAT;4X12X0.8T

SCREW,PAN

SEMS

A;M3X8

PIN,SPRING;3X12

SCREW,PAN

SCREW,PAN

CLIP,HARNESS

E

RING,E-3

TERMINAL

RESISTOR,3W

SEMS

SEMS

2P

47

B;M4X8

A;M4X8

FR

NI)

2 - 13

3.

PC

3-1.

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REC/PLAY

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KlOZ

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